Metric System Benefits

Metric System Benefits
Contention 1: Numerous Benefits
Assists Globalization If the US adopted the metric system, many businesses and industries would benefit.
The United States is now the only industrialized country in the world that does not use the metric system as its predominant system of measurement.
Judge, that is 95% of the world's total manufacturing business that uses a different, more precise, and better method than the one we use to
manufacture goods.
As a study from Cambridge University in 2015 states, if the US switched to the metric system, thousands of new jobs would be created This is because
the US workforce will be more prepared to work in the international marketplace and industrial affairs with other countries would be much stronger than
what ... Show more content on Helpwriting.net ...
The metric system also avoids the use of multiple units for the same quantity; for instance, the inch pound system's multiple units for volume include
teaspoons, tablespoons, fluid ounces, etc.
Contention 2: Adoption of Metric System is Feasible Thinking metric won't be hard
Judge, the metric system is a very simple unit of measurement that is simple to understand because it is easy to convert and easy to use.
Also, schools are already teaching the metric system along with the English system in day to day classes. Aside from education, almost all, water
bottles, thermometers, and food bags already include metric measurements along side them.
Thinking metric is easy. For example, "thinking metric" for temperature means relating zero degrees Celsius with the freezing point of water, 20
degrees Celsius with room temperature, 37 degrees Celsius with body temperature, and 100 degrees Celsius with the boiling points of water.
B. Not very
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1.Md.2 Express The Length Of An Object As A Whole Number
1.MD.2 Express the length of an object as a whole number of length units, by laying multiple copies of a shorter object (the length unit) end to end;
understand that the length measurement of an object is the number of same–size length units that span it with no gaps or overlaps. Limit to contexts
where the object being measured is spanned by a whole number of length units with no gaps or overlaps.
SWBAT utilize unfix cubes to measure their partner's body
–I can use unfix cubes to measure my partner's body.
SWBAT connect unfix cubes to precisely measure by measuring only what is necessary with no gaps or overlays
–I can measure precisely with my unfix cubes
Formative assessments (thumbs up/thumbs down) to ensure that students are ... Show more content on Helpwriting.net ...
Today, we are going to use Unifix cubes to measure each other's bodies. So instead of just being able to say that Charles is the tallest boy in class, we
can use the unfix cubes to say how tall Charles is.
Before I let you guys work with the unfix cubes, WATCH ME AS I carefully and precisely measure Charles with the unfix cubes.
What do you think it mean to measure precise and careful?
–Take a couple of student responses
Those are some good ideas! Here are the steps that you need to remember when you go to measure
1.Think about what you need to measure before you measure. i.e., I want to measure to see how long Charles' body is
2.Find from the "Starting" and "stopping" locations of where you are going to measure. i.e., I am going to have Charles lay down and I will measure
from the bottom of his feet to the top of his head
3.Place a unfix cube right on your starting location. i.e., right by the bottom of Charles 'foot.
4.Carefully connect unfix cubes making sure to keep a straight line. i.e., model connecting the unfix cubes one at a time
5.Stop connecting unifix cubes when you get to your "stopping" location. i.e., stop measuring at Charles' head
6.Count the number of unifix cubes to get your measurement. i.e., model counting all the cubes to find Charles' length and state, "Charles is ___ cubes

tall!"
Do we measure with the cubes like this?
–(fail to connect the cubes)
Do we measure with the cubes like this?
–(Start measuring way far away from Charles'

The Journal Of Comprehensive Medical Research
Instructions for Authors
International Journal of Comprehensive Medical Research is the official peer reviewed publication of Saraswathi Institute of Medical Sciences, Hapur
that considers research articles related to all fields of medical science. The journal will be published biannually.
International Journal of Comprehensive Medical Research publishes original articles, case reports, review articles, short communications, letter to the
editor and book reviews in all fields of medical science.
The requirements for manuscript submission to International Journal of Comprehensive Medical Research are summarized below:
Editorial process
The manuscripts submitted will be reviewed for possible publication with the understanding that they are being submitted to one journal at a time and
have not been published, simultaneously submitted, or already accepted for publication elsewhere. The Editorial Board will review all submitted
manuscripts initially. Manuscripts with insufficient originality, serious scientific flaws, or absence of important message will be rejected. After editor's
screening, the manuscripts will be sent to two or more expert reviewers without revealing the authors information. Within a period of one month, the
authors will be mailed about the comments of the reviewers and acceptance/rejection of manuscript. Articles accepted would be edited for grammar,
punctuation, print style and format.
Types of Manuscripts and word limits:
Original Research Article

The Scientific Method Of An Experiment
The first lab we ever did in Biology 101 was about the scientific method. The scientific method is used in solving everyday problems. The first part of
the scientific method is to begin making observations and asking questions about the situation. Once that is done, you should then check some
accumulated sources of scientific data to gain information about the situation. Then you must formulate a hypothesis. In other words, the hypothesis is
what will lead to the formation of a statement that can be tested. Before any experiment can be tested, you must gather all the needed materials and
come up with a reasonable procedure to perform the experiment. Usually when a hypothesis is being tested, a controlled experiment is the type to use.
In a... Show more content on Helpwriting.net ...
The double–blind experiment is where neither the subjects or the researchers know which is the experimental group and which is the control group.
The data collected is normally evaluated by another researcher. The correlation versus cause and effect experiment is where relationships between two
or more variables is examined. It is easy to find a positive or negative correlation between two or more variables, but it takes conducting an experiment
to proving that one variable causes another. A variable must be caught causing the other variable. A pseudoscience experiment is performed to
determine whether or not certain information is supported by the scientific method. A lot of pseudoscience or fake science takes on the appearance of
science but is never supported and when it is tested under controlled conditions, most pseudoscience claims usually don't hold up. All of these
controlled experiment designs help when a hypothesis needs to be tested are they are all commonly used in science almost every day. Overall, this
was an amazing first lab to do considering the scientific method is used to problems. Science isn't perfect and researchers are always asking questions.
Researchers will always look to using the scientific method to find those answers!
The second lab we completed in Biology 101 is about metric measurement and

Metric System Research Paper
How many 16ths of an inch are in a mile? How many fluid ounces in a cubic inch? What is the conversion factor between degrees celsius and degrees
Fahrenheit? These are some of the terrible questions that plague only the minds of people in three countries in the world: the United States of America,
Myanmar, and Liberia. All 193 of the other countries in the world use themetric system. The United States of America should convert to the metric
system because of the following reasons: it is the global and scientific standard, it is much easier to use, not using it causes US consumers and
businesses to lose money, and our lack of familiarity with it is part of the reason why our students lag so far behind much of the rest of the world in
STEM ... Show more content on Helpwriting.net ...
One example of this occurred in 1999 when the NASA spacecraft Orbiter burned up in the Martian atmosphere due to a conversion error. This was
caused because one of the Lockheed Martin engineers tried to use the US customary (imperial) system while all the other engineers used the metric
system (SI) This eventually caused the $125,000,000 orbiter to miss its proper orbit and burn up in the atmosphere of mars (NASA). Although losses
due to conversion errors on this magnitude are rather uncommon, there are still other ways in which not using the metric system that can cause US
consumers and business to lose money, When selling a product, the seller needs to have sufficient demand for their product in order to justify the cost
of production. One way to increase the profit is to start mass producing the product. This is because mass producing can significantly reduce the cost
per item to produce a product. However when there is insufficient demand for a product to mass produce the profit margin will substantially decrease,
and the price of the item for consumers will need to be increased to maintain the cost of operations for the company making the product. This means
that because the US uses a different measurement system than the rest of the world and has different sizes of products, that any business that makes
things for our country has fewer potential buyers and a higher cost to make each item. This means that if that business converted to the metric system
that they could potentially increase their sales by a factor of 31. Along with increasing business profits, changing to the metric system would lead to
cheaper prices for all consumers because businesses would not need to have both metric and special US customary equipment –thus, lowering the
operating costs of the

The Importance Of The International System Of Measurement
12 inches equal 1 foot. 3 feet equal 1 yard. 1,760 yards equal 1 mile. At a young age we are forced to memorize these countless conversions making
school a real struggle, but what if there is an easier way. If you asked anyone else in the world about measurements, 10 cm equals 1 decameter. 10
decimeter equals 1 meter. 1,000 meters equals 1 kilometer. As a math student in the US, using the traditional system seems absolutely ridiculous; when
compared to SI, none of the measurements are consistent or make sense. Take a look at the world, the International System of Measurements (SI) is
used by every country around the world except for three. Liberia, Burma, and of course the US. In order to "Make America Great Again" theUnited
States needs ... Show more content on Helpwriting.net ...
There are about 300 non–SI units! Converting to SI would not only be beneficial to our teachers, making their jobs easier because they don't have to
waste time on teaching two systems or teaching conversions, it's also making the lives of students a lot more simplistic. No longer would they have
to worry about if they made their conversion correctly, or what system they should be using. In the long run converting will have an immense impact.
Now, it's no surprise that Americans are lazy and arrogant. When looking at the reasons why SI is not in effect in the US is because we are lazy and
want to prove a point. "Whenever the discussion of switching unit systems arose in Congress, the passage of a bill favoring the metric system was
thwarted by big businesses and American citizens who didn't want to go through the time–consuming and expensive hassle of changing the country's
entire infrastructure. Many also believed that the United States should keep its particular system, setting it apart from other countries and symbolizing
its status as a leader rather than a follower." (Hogeback) Isn't that an American thing to say "leader rather than a follower." No matter what it comes to
the US has to make a statement and be the different one. Americans decided that they do not want to convert just due to the fact that it will take time
and money and change their "status". However, when

Gross Margin Percent Essay
Unitron CorporationThe RSV method has a number of twists that can result in many different unit costs for the five
Question 1products. For inventory costing purposes, any The idea here is to construct a "Producedsystematic cost allocation system will do. The basic
As/Sold As Matrix" (400,000 x 400,000). Obviously,idea of the relative sales value scheme is that all sales the possible combinations are endless, so
how does oneshould show gross margin percent equal to the average choose a "best" approach? The "best" solution is togross margin percent across
the full joint product set. start with demand for the highest value product (405)This average is 19% [(246 – 200) (246)]. This does and work back
unsold production to the ... Show more content on Helpwriting.net ...
Otherwise, given theof $456), it is necessary to consider all 6000 of the uncertainly about by–product revenues in the case, evenitems shipped to be
401's. This means violating the average cost calculation becomes very complex.the costing rule. Use a 401 cost, not a 402 cost, for If the "by–product"
units (400s) arethe 402's shipped as 401's. considered a joint product, the average cost is $0.40 per unit ($200,000 ( 500,000 units).
This question in the case is a set–up to see ifBut, whether 400's are considered joint you will be more concerned about consistentproducts or
by–products doesn't really change the application of rules or consistent application of theeconomics of the toy company offer. The "Relevant basic
idea underlying the rules. Our experience is thatCost" for the "seconds," for purposes of evaluating most students see the rules as more important
than thethis offer is Opportunity Cost. concept! They will use method (A) here far more oftenIf I sell them now for $0.15, will I lose an than method
(B). We believe only method (B) isopportunity to sell them later for enough more than proper, but we have had CPAs argue otherwise in class!$0.15
to make up for the time value of the foregone cash Since some 402's will be sold as 401's duringinflow? the year anyway, the issue really is one
ofAnnual output is 100,000 units and inventory manufacturing scheduling! Is it

Case Study On The Value Core Business Process
Sixth the case study talks about the value core business processes bring to the organization. The most value is generated by the multiple core business
processes in the firm that collectively creates the value for the main process translating into revenues for the organization. The literature talks
extensively on the ability of the organization to identify the core business processes and eliminate the bottlenecks in the organizational processes.
Literature review explain organizations prefer to retain the core business processes in–house as they generate the most value and the competitive
advantage (Dr Jussi & Carlos, 2002). The other aspect case study talks about in this thesis is the contribution of the multiple processes and
sub–processes to the final outcome to the organization. The... Show more content on Helpwriting.net ...
The proposition from the same aspect proposed in the thesis highlights the importance of communication in the organizational setup where many
parallel processes are executed. The integrated environment is created in a way that processes respond to the changes from other processes. The
literature on the phenomenon is rather a small part of big ERP or BPM research but the proposition can be validated by the research conducted by
Barki, where he recommends that the communication is vital in organizations that run multiple parallel processes. The state of the processes should
be shared and all the time so perfect coordination is achieved. He expressed the example of human body, where there are multiple specialized parts
for specialized purposes but to achieve a task all the parts react and adapt to work as unified whole, sharing information all the times and responding to
the feedback. Processes react to the changes and input from one process and adapt themselves to the environment (Barki & Pinsonneault,

Nt1310 Unit 3 Assignment
Questions will be out of order. How does measurements of SI help with business and commerce? Companies need the exact amount and ingredients of
what to put in their product. Such as a can of soda. A can of soda normally contains 12 fluid ounces. 12 fluid ounces is approximately 354 grams. These
companies are using some sort of measurement system. We use something called "imperial system" where as most countries use metric system.
Governments don't want confusion to be amongst them, so they only adopt on system of measurement. Why do scientists only prefer one system of
measurement? I think this is simply due to them not wanting to convert all their units into a whole other dimension. Besides the fact that people are
lazy. One interesting feature

The Scientific Method Of Science
The first lab I ever did in Biology 101 was about the scientific method. The scientific method is used to solve everyday problems. I learned about all
the steps it takes to carry out the scientific method completely. This lab taught me the basics of how any scientific experiment is performed. The first
part of the scientific method is to begin making observations and asking questions about different situations. It is important to always check
accumulated sources of scientific data to gain information about any situation that's being observed. The next part of the scientific method that should
completed is formulating a hypothesis. In other words, a hypothesis is what will lead to the formation of a statement that can be tested. Usually when a
hypothesis is being tested, a controlled experiment is the type to use. Before any experiment can be tested, all the required materials need to be
gathered together. Then, a reasonable procedure should be written out to be able to perform the experiment. In a controlled experiment, every factor is
held constant except for the single experimental variable. The single experimental variable is the one that is manipulated, while the dependent variable
is the one that is constantly watched and measured. When designing an experiment, I learned it is important to include two groups of test subjects. The
experimental group and the controlled group. This is the basis for comparison. Once the experiment is performed, making conclusions and

Wireless Technilogies Have Been Developed For Inddor...
A number of different wireless technilogies have been developed for inddor localisation like Infra Red , Ultra Sound , RFID , WLAN, Bluetooth
etc.Before the various positioning systems are discussed, we examine a few of the wireless localisation positioning algorithms developed to inproe the
accuracy of localisation.
There are four main techniques for indoor location estimation:triangulatio,fingerprinting,dead reckoning and proximity sensing.
Triangulation
Based on the information of coverage area of a localisation system and the geometric properties of a triangle,absolute and relative postioning
information can be determined.This approach is further classified as range based or direction based.Some of the methods in the range based ... Show
more content on Helpwriting.net ...
In addition,a timestamp must be attached to the transmitting signal for the measuring unit to determine the distance the signal has travelled.
Time Difference of Arrival: TDOA examines the difference in time at which the signal arrives at different measuring units as opposed to the absolute
arrival time in TOA to determine the relative position of the object. For each measurement, the transmitter must lie in a hyperboloid with a constant
range difference between the two measuring units. The equation of the hyperboloid is as follows
{insert equation}
{insert diagram} where {} and {} represent the measuring units i and j and (x,y,z) represents the coordinates of the target[3][A survey]
The target can be located in the 2D plane from the intersection of two or more TDOA measurements.Two hyperbolas are formed from TDOA
measurements at three measuring units (A,B and C) to provide the intersection point P. s The above two methods described require a Line of Sight
channel between the transmitter and the reciever which might not always be available. In such a scenario,radio propogation and time of arrival signals
suffer from multipath effect.Therefore the accuracy of the estimated location can be affected.Another approach is to use the attenuation suffered by the
emitted signal to determine the distance of the object from the measuring unit.These methods calculate the signal path loss from

Phasor Measurement Unit Essay
Large–scale smart grid initiatives require fast and accurate monitoring of power system network. Phasor Measurement Unit (PMU) is one of the major
components which are increasingly deployed in the power system network to provide the necessary infrastructure to cater smart grid requirements.
PMUs provide time synchronized measurement of voltage and current phasors (Phadke and Thorp 2008) from different nodes of the power system
network, which is used for monitoring and control. NASPI (March 2015) and NERC (September 2016) suggest use of phasor data from the PMUs to
perform verification of dynamic models as well as validating parameters of power plant models. A parameter identification toolbox for power system
models developed using the ... Show more content on Helpwriting.net ...
The mismatch in PMU measurements and dynamic simulators lead to anomalous result for application such as event location, oscillation detection,
islanding detection, and dynamic line rating as indicated in (Zhao et al. 2015). While PMUs can measure and time synchronize the output phasor with
great accuracy, the internal signal processing may utilize several cycles of the input signal measurements to calculate each phasor values. Thus, even if
the PMU report phasor each cycle, the measurements is not representative of the current cycle but of a number of the preceding and following cycles
depending on the sliding window of data used for the phasor estimation. This typically smooths out/filters faster changes that may be present in the
simulation output, rendering PMU output not comparable to simulated response for the same disturbance when fast changing responses are present
(applicable for a very small time constant parameters in the model of the physical system). Phasor estimation can be performed in electromagnetic
simulators in which point of wave signal is available. Phasor estimation of a point of wave signal is applied in electromagnetic simulator using
enhanced DFT based algorithm in (Romano, Pignati, and Paolone 2015). A mechanism for streaming simulated phasors from TSAT in C37.118 format
is proposed in (Zheng, Howell, and Wang 2015). However, these phasors do not reflect the PMU characteristics as

Control Process in Management
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4 main steps in control process in management
4 main steps in control process in management are:
Control as a management function involves the following steps:
1. Establishing standards:
Standards are criteria against which results are measured. They are norms to achieve the goals. Standards are usually measured in terms of output.
They can also be measured in non–monetary terms like loyalty, customer attraction, goodwill etc. Some of the standards are as.
a. Time standards:
The goal will be set on the basis of time lapse in performing a task.
b. Cost standards:
These ... Show more content on Helpwriting.net ...
v) Net profits to tangible net worth:
Net worth is the difference between tangible assets (not good will, etc) and total liabilities. This ratio of net worth is used to measure profitability over a
long period.
vi) Net profits to net working capital:

The net–working capital is the operating capital at hand. This would determine the ability of the business to finance day–to–day operations.
vii) Collection period on credit sales:
The collection period should be as short as possible. Any deviation from established collection period should be promptly investigated.
viii) Inventory to net working capital:
This ratio is to determine the extent of working capital tied up in inventory. Generally, this ratio should be less than 80 per cent, ix) Total debt to
tangible net worth: This ratio would determine the financial soundness of the business. This ratio should remain as low as possible.
(d) Comparative statistical analysis:
The operations of one company can be usefully compared with similar operations of another company or with industry averages. It is a very useful
performance measuring device.
(e) Personal observation:
Personal observation both formal and informal can be used in certain situation as a measuring device for performances, specially, the performance of
the personnel. The informal observation is generally a day–to–day routine type. A manager may walk through a store to have a general idea about how
people are working.
3. Comparing

Allocation Of Ordinary Maintenance Expenditures
Allocation of Ordinary Maintenance Expenditures (1b)
Similarly I used the ABC model to determine the amount of non–personnel expenditures (or ordinary maintenance) allocated to each Traffic Unit
activity. Lieutenant Allen did not fully account for the other overhead or maintenance expenditures assigned to Traffic Enforcement such as training,
office supplies, vehicle repairs, motor gas and oil costs. Our ABC analysis allocates approximately $19,049 in ordinary maintenance expenditures to
Traffic Enforcement (significantly more than the $500 estimated by Lieutenant Allen from the line–item budget). Based on staff interviews and the
ABC model, these expenditures (training, office supplies, and professional services) are allocated in a ... Show more content on Helpwriting.net ...
The City appropriately uses a cost driver related to vehicle usage given its direct relationship to the designated expenditures (vehicle repairs/gas and
oil expenses) incurred by the Traffic Unit. By applying a cost driver, the City of Somerville will objectively allocate expenditures across the Traffic
activity units that directly benefit from the cost incurred.
The City ABC team, in consultation with a top City manager, inventoried six activity centers within the Traffic Unit: (1) Investigate Accidents; (2)
Manage Tow Companies; (3) Traffic Enforcement (including ticket issuance and court prosecution of tickets); (4) Staff/Supervise Crossing Guard
Posts; (5) Process Data; and (6) Organize Special Events. In these six activities, the Mayor has prioritized the traffic enforcement activity as an
important cost for the City to control. The traffic enforcement activity includes vehicle–related costs (i.e. Repairs – Vehicles and Motor Gas and Oil).
Considering that using City vehicles throughout the municipality is likely needed for the remaining five activities within the Traffic Unit program, it is
difficult to decide on the proportion of vehicle–related expenditures that should be assigned to the "traffic enforcement" activity pool. Based on the
Traffic Unit line–item

Mathematics : A Better System
A Better System
Have you ever wondered what would happen if there was no order in the world? No way to keep track of time or other necessary things crucial to
making sense of the world around us? Math was created for that specific reason. It is an extremely essential type of "language" that is used by humans
in almost every aspect of their life. It consists of a wide variety of numbers, symbols, and notations which help to measure many different units of
measurements some of which are distance, time, and quantity. Math is used to maintain an order of these numbers so that the many different quantities
are not jumbled together; simplifying them for humans to be able to better understand. Two of the biggest systems of math known all around... Show
The metric system is far superior than any other form of measurement known to man. One reason lies within one of its major characteristics,
simplicity. There are two major points that help breakdown and define why this system is so simple: it has one unit of measurement, and its easy
scalability by prefixes ("Metric" 1). It is a lot easier to convert in the metric system between different measurements such as mass, volume, and distance
due to all of the measurements being in increments of ten. It removes all of the unnecessary extensive formulas and replaces it with a magic number to
easily do any conversion necessary. The scalability by prefixes builds on top of the one unit of measurement needed by simply multiplying or dividing
by ten, whichever is needed, and just changing the units "suffix" to achieve the desired measurement. The imperial system, on the other hand, makes
all of these measurements more complicated than they need to be.
Unlike the metric system, the imperial system has several different units for each form of measurement. For example, a measurement of length contains
several units some of the common ones being inches, feet, and yards. In order to measure all of these together, they would all need to be converted into
one of the three units. It just makes everything much more difficult as the numbers begin to rise in quantity. Some major subjects such as science and
medicine also use the

Comparison Of Le Corbusier And Vitruvius
Although Le Corbusier and Vitruvius had important and crucial statements, I find that Vitruvius' claims made more sense and is clearly more
intensified that Le Corbusier's minor statements. Vitruvius influenced the entire field of architecture and design by his statements, and not just by
words. We can see the results of Vitruvius claims and drawings in buildings and temples and not just in words. His statements were put to life by the
buildings that he was inspired to assume his claims. On the other hand, we can notice that Le Corbusier's statements, although important, they did not
leave a huge influence in the field of scale. The 'Modular' has not actually replaced the inch–and–foot and the metric system. Till now the problems of
unit conversion still exist, and the claims of abolishing these obstacles were not fully set. For instance, the circle of Vitruvius is way more... Show more
content on Helpwriting.net ...
Both used the human body as a scale reference for their ideas. In the Vitruvius's geometry, the human body was used inside a circle and a square, and
was also used as the main reference factor for architecture of temples. The temples were projections of the human body in architecture. Le Corbusier
also used the human body as a reference for the measuring unit the "Modular". The human height determines the values of the 'Modular" just like it
determines and influences the design and architecture of temples in Vitruvius's case. Both Vitruvius and Le Corbusier analyzed the human body and
established a relation between its parts, which was shown in both their drawings, 'Vitruvius' circle' and 'Drawing of the proportioning system of Le
Modular''. We can clearly notice that the two are extremely similar in the way of representing the human body taking into consideration its height and its

Telus Spark Observation Essay
This week had a big focus on our prototype project because it is coming down to the final weeks of this projects before we go to Telus Spark for the
celebration of learning night. So in order to prepare for this we had a grade 10 science class come and test our projects and the people form Telus
spark came for a second visit. In addition to spending so much time on our prototype project, there has been a lot of focus on our core subjects; so it has
definitely been a very jam packed week.
On wednesday this week members for Telus Spark came again to see how our projects were coming along and to again, provide any information that
they could to help push our projects to that next level and make them even better. This time around Revecca and ... Show more content on
Helpwriting.net ...
They were both okay, I did not achieve what I wanted to on them but I could have done worst. Taking social test's have always been a struggle for
me, just because they are so long and it is a lot of reading, trying to pull out different pieces of information and figuring out what exactly they are
asking. They are also very sneaky and make some of the answers quite similar. Even though I have taken social test's like this for all of my middle
school career they never get any easier! When it came to math, I generally just did not exile in the measurement unit very well, even though I studied
and did practice questions. Hopefully the next unit will go a little better, but some of my friends that have math said that the next unit is really hard, so
I am quite scared. Wish me

The United States Should Go From The Metric System
The debate on whether or not the United States should go to the metric system has been ongoing for years and still to this day the United States uses
the English System of Measurements. It includes the inch, foot, yard and mile, along with many other units of measurement. The United States is one
of three countries that still use other systems of measurement instead of going metric. The other two countries that have not adopted to using the metric
system are Liberia and Burma, also known as Myanmar.
The metric system is simply a unit of measure. It is used in medicine, science and engineering. This system makes it easier to make conversions by
moving the decimal either to the left or right. It also has stability by using prefixes and each unit has only one value, regardless of what is being
measured or who is measuring. There are fewer measures to learn in the metric system than in the English Customary System. Instead of having to
remember that there are 12 inches in a foot, 3 feet in a yard and 1760 yards in a mile, it would be much easier to multiply or divide a number by a
certain power of 10.
It would be much easier for the United States to communicate to the rest of the world by switching to the metric system. Everything that is important to
the future of our country and economy, such as industry, science business and exports, is already using the metric system. Units in the English system
of measurements such as the foot and gallon are all based on the

Acc 505
A sporting goods manufacturer buys wood as a direct material for baseball bats. The Forming Department processes the baseball bats, and the bats are
then transferred to the Finishing Department where a sealant is applied. There was no beginning work in process inventory in the Forming Department
in May. The Forming Department began manufacturing 10,000 Casey Slugger baseball bats during May.Costs for the Forming Department for the
month of May were as follows:
Direct materials $33,000
Conversion costs $17,000
A total of 8,000 bats were completed and transferred to the Finishing Department during May. The ending work in process inventory was 100%
complete with respect to direct materials and 25% complete with respect to conversion ... Show more content on Helpwriting.net ...
During the month, the Department incurred an additional $290,000 in conversion costs.
8. Assuming that the company uses the weighted–average cost method, what is the cost per equivalent unit for conversion costs for the month in the
Blending Department to the nearest cent?
A) $2.55
B) $2.53
C) $2.50
D) $2.44
9. Assuming that the company uses the weighted–average cost method, what are the equivalent units of production for conversion costs for the
Blending Department for the month?
A) 119,100
B) 120,000
C) 114,000
D) 131,000
10. Sarver Company uses the weighted–average method in its process costing system. The Fitting Department is the second department in its
production process. The data below summarize the department 's operations in March.
Percentage
Units complete
Beginning work in process inventory 7,100 70%
Transferred in from the prior department during March 61,000

Ending work in process inventory 4,600 30%
The Fitting Department 's production report indicates that the cost per equivalent unit for conversion

Toward The Metrication Of The United States
Toward the Metrication of the United States The United States was founded on the ideologies of originality and independence from extraneous
authority. To many, America is more than just a country, it is the land of the free and is a light in the darkness from the rest of the world. This
inspiration has served Americans well throughout the past, but provides a reason to be reluctant to try successful ideas from foreign countries. The
reluctance of accepting the metric system is the prominent example of the country's stubbornness to change its views. The switch to the metric system
in the United States is more than just a proposal to be pushed aside, it is a necessity to survive in the changing market. College students are the next ...
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In all cases, the increase of ten to the power of three causes the prefix to become "kilo". This simplification increases efficiency and allows for much
easier calculations.
History of the metric system. In order for the younger generation to push for the switch to the metric system in the United States, they must have some
background knowledge on how the metric system came about. According to the U.S. Metric Association, the founding father of the metric system is
Gabriel Mouton of France. He first thought of a system of measurements based on decimals in 1670. The system was first based on a nautical mile and
also the length of a pendulum needed to swing at one swing per second. During the years following 1670, numerous French scientists edited and made
improvements to the system. The metric system then became the official units of weights and measurements in France on April 7, 1795 (Origin of the
Metric System). When France decided to adopt the metric system, this served as a catalyst for the adoption in the rest of the world. After France
became the first country to adopt these measurements, other countries started to notice that the metric system was well suited for science and
industrialization, so they decided to adopt the measurements as well. To no surprise, the change caught on quickly. According to the U.S. Metric
association, "By 1900 a total of 35 nations, including the major nations of continental

Metric System Essay
The Odd One Out What is 120 divided by 10? Pretty simple, but now take 120 by 13. The latter problem is much more complex than the first if if you
put down the calculator and pick up a pencil and paper. With the metric system you usually only measure with numbers that are multiplicates of 5 and
10. The United States should convert to the metric system because it would help America work better with other countries, would make traveling and
trading with other countries and businesses easier, and the transition would benefit many other things.
Right now in the world, America is one of the few countries that do not use the metric system making it tricky to work easily with other countries.
There are approximately 200 countries in the world, ... Show more content on Helpwriting.net ...
This mishap happened because while a Lockheed engineering team used measurements from the US Standard System While, the agency's team used
the metric system for the operation. This caused there to be different information on both sides. The spacecraft ended up shooting around 100km
closer to Mars than it should've and about 25 kilometers beneath the level it would have to be in order to function properly (Lloyd). Traveling out of
the country is very difficult if you plan on driving yourself, too, because they use km/hr to measure their speed instead of mph. If the US were to
switch over to the metric system there would be significantly less missed understandings and would allow for countries to work better together easier.
One of the reasons many people don't want the Unites States to convertis that 'the "American way" has gotten this far, why do something different
now?' However, the US Standard System of measurement was actually derived from Great Britain. The US adopted ta measurement system that
stemmed from the units and numbers used in England until 1824 (The Editors of EncyclopГ¦dia Britannica). The metric system is an overall superior
option for America. When children go to school the majority of them, specifically littler kids, aren't fond of math, but this could very well be the effect
of them not understanding the curriculum. If the US were to transfer to the metric system, math would be

How Did The Us Convert To The Metric System
When the United States separated from Britain they kept the original Imperial measurement system despite disregarding the previous government. Ever
since America has used inches, feet, and yards as standard measurement. However, while the U.S. continued to use the imperial system other countries
progressed. In 1799, after the french revolution, France converted to the metric system. Invented by Gabriel Monton in France 1670, the metric system
uses common powers of ten to measure weight and lengths so that it could be conveniently used with decimals. Soon the metric system had spread
from France to Britain and most of the world. Countries now use the metric system to measure length, area, volume, mass, force, pressure, energy,
power, and temperature. ... Show more content on Helpwriting.net ...
By converting to the metric system our trade would increase because there would no longer be a need to change between systems and other countries
could view the modification as making amends. It could also save millions of dollars for the U.S. because large companies like NASA would all be
on the same page using the metric system. Smaller mistakes could also be prevented by swapping to the much simpler metric system. One last thing
the change would impact is education. If kids no longer had to learn two measurement systems they would have more time to learn other material. All
in all, If america wants to prosper economically and in education then the government must make the switch to go

Principles and Assumptions Used in Preparing Accounting...
Introduction 1. definition of accounting: [2] *"Accounting is a set of principles and procedures relating to the registration and compilation, analysis
and interpretation of financial data for the purpose of determining the outcome of business and its financial position". * "A method of recording and
tabulating and summarizing operations and financial events and then interpret the results". *Body: 2.Assumptions used in accounting: [1] What
assumptions used in accounting is generally predict solutions through experimentation of phenomena to upgrade them to the level of reality through
the use of a combination of induction and deduction, and when the results to an acceptable degree of accuracy, it can be considered the... Show more
3.accounting principles: [1] Means the key fact relied on other facts or fact initial build other facts, in this sense, the accounting principles are a set of
agreed rules and generally accepted and not be neutral about the stability of the current image, and those rules include all registration procedures in
accounting books and financial reporting and basic concepts and assumptions based on the economic basis, and these principles are : a)cost: Under its
principle to evaluate all elements of economic resources and their usage and expenditure and revenue reflected in financial statements with their
original cost, regardless of all the volatility in the economic value as a result of ongoing changes in the purchasing power of money, the most influential
of this principle is the long term assets (buildings, machines, machinery, transport equipment, furniture, etc.) are corroborated in records, and financial
statements at cost, regardless of the market price to be Straightened by calculating the so–called consumption account originally as a aims to distribute
PCs burden the historical cost of the asset. b)The principle of corresponding income expenses: The objective of preparing the financial statements
statement by the unit's accounting of the profit or loss on a particular financial and the goal must be to identify revenue accounting period and deducted

My Dream Career : My Major As A Career
Currently I am exploratory with my major, but I have an idea of what I would really love to do with my life. The major I would more than likely
go with is construction. I love to build things, especially wood projects or remolding. My dream career would consist of building houses as my
everyday job. I would someday dream of owning my own contracting business, either back home or in Colorado. In my career, I would use math in
my everyday life nonstop. I would have to know the dimensions of the pieces I am working with, and make sure I am using the right amount needed,
which would require me to add and subtract certain lengths of material to get my overall product, also all of my workers would need to know too. I
would also have to use math while making a budget, especially when and if I own my own company. Construction workers will also be taking plenty
amount of measurements throughout their workday. I know this one seems scaring, and it also is not my favorite one either, but construction workers
need to know how to solve equations. Converting quantities also play a major role in construction. They must know the basics of math as well, adding,
subtracting, dividing, multiplying, and being able to work with fractions. During a construction job, it is very crucial to take accurate measurements.
They must also have a good trade with being able to convert between various units of measure. The equation part of construction could consist of,
converting centimeters

The Importance Of Critical Thinking
Over time society and technology change, and so do our skills in almost about everything, for instance our survival skills. Learning to think critically
and creatively, is the scientist's uttermost skill to have. Scientists are able to correctly repeat data, identify problems, record observations, and plan
experiments. Critical thinking is when you confront or approach a problem by making observations, ask questions, and use logic. Scientists use
critical thinking, in problems that occur in their experiments. As a result of using critical thinking, in the problems we face everyday, it will help
solve your problems. Scientific methods are also used to solve problems, but it seems more complicated and complex. There generally used to help
organize the persons thinking about questions. Using this method can help you find and analyze possible answers. Important to know or realize is the
steps from the sets of procedures that scientists use, is the scientific method and these steps can vary. The sets of procedures don't always depend on the
question to be answered; these questions more than often, begin with observations. Every time you use a scientific method, you don't have to use the
exact same steps. Scientists that do controlled experiments are able to test a hypothesis's. Variables are needed in these experiments, because of the
result of the changing and observed variables. In a controlled experiment, variables that don't affect the outcome of the experiment are not observed;
only the ones that affect the outcome. Changing conditions in the experiment around the same time can affect and can effect the scientist to form a
reliable conclusion. Ideas that scientists have been tested by experiments. In an experiment that doesn't give the results you wanted, it is not
considered as a failure. For a hypothesis to be revised and to have planned tests of a different variable, observations of events in the natural world are
needed. Due to extraordinary and surprising experimental results, scientists are led in new unknown directions. For scientists not to create a false
conclusion, they always keep in mind the question that it is needed to be tested. After they have planned and analyzed their experiments, they

Develop A Numeracy
Module 3: Develop a mathematics or numeracy programme and evaluate its effectiveness in providing inclusive learning opportunities for
mathematics or numeracy learners. Programme Context and Relevance of the Scheme of Work This numeracy program is entitled 'Numeracy
Course for Filipinos Working as Carers Who Wants to Study Nursing' and it is designed to run as a part of courses being offered by a Filipino
organisation providing courses for Filipino immigrants living and working in London. It is intended to be offered free to learners and as preparation
for them for further learning. The primary objective of this course is developing participants' numeracy skills and securing qualification to enrol into a
nursing course at a university. This... Show more content on Helpwriting.net ...
The target group are in low skilled work or unemployed, mostly working the health sector. Gaining numeracy skills and qualifications could improve
their income and job prospects. In terms of overcoming language barriers, most Filipino immigrants and work–seekers may be quite numerate in their
native language and in terms of the education system they grew up with but are finding it hard in the language being used in numeracy courses in the
UK. This is therefore reflected in the early sessions in which individual learners' abilities and confidence are diagnosed and tracked. Activities will be
designed to allow these learners to discover alternative (not better) ways of doing things and learners coming from diverse backgrounds from their
home country can also of course be a hugely enriching source of experience and alternative ways of thinking within the community of practice

Essay on Laboratory Techniques and Measurements Lab 1...
Laboratory Techniques and Measurements Lab 1
The purpose of this lab was for the student to get involved with his or hers new lab kit as well as being able to know, identify and use each other tools
provided in the kit. Another key learning aspect of this lab is to teach the student how to measure properly the many units in the SI system. I will be
using laboratory dilutions, measurements, and weights to then calculate using algebraic formula.
Throughout lab one we were introduced to many different forms of measurement, whether its using a ruler too measure length, a digital scale to measure
weight, and also many different sized and shaped flasks to measure different volumes. Another key measurement of this lab was to teach the ... Show
This lab is all about measurements and recording them properly. The lab first introduces to use the measurement of centimeters, millimeters, and
meters to measure different household objects in our everyday life. We were given the task to use the provided ruler and measure a CD, key, spoon,
and a fork in centimeters and then convert our findings to give us the appropriate units of millimeters and meters for each object required in the exercise.
Data Table 1: Length measurements.| Object| Length (cm)| Length (mm)| Length (m)| CD or DVD| 12cm| 120mm| . .12m| Key| 5.5cm| 55mm| 0.055m|
Spoon| 15cm | 150mm| .15m| Fork| 18cm| 180mm| .18m|
Lab 1 also teaches us the importance of molecular weight of a substance and how to use that to find the amount of moles of that substance in a
solution. For example; in exercise 3 we were asked to weigh 8 grams of sugar and then calculate how many moles of sugar it really was. Using the
molecular weight of sugar (C = 12.01 grams/mol, H = 1.008 grams/mole, O = 15.00 grams/mole). We were then able to use this molecular mass of the
sugar that we then had to use to calculate and determine the molarity of the sugar

Why The United States Should Convert To The Metric System
Introduction
An interesting fact is that only 3 countries don't use the metric system. Another interesting fact is that at one point Canada did not use metric. The
Metric system Is a system of measurement that is as said earlier is used in most countries.The Us is one of the few that doesn't use metric. The reason
this is because most countries deemed it suitable, but the U.S still uses Imperial measurement. In short the United States should convert to the metric
system because conversion from standard to metric is difficult, the metric system is more precise, and people already use metric in the US anyway.
The first reason is conversion from standard to metric is difficult. This is because a miscalculation in converting between metric and imperial. NASA
lost a Mars orbiter. This all happened because the other team used imperial. A plane from air Canada crashed because of converting error.This
happened because the plane was the company's first metric measurements and the gage was not working.They used ripsticks to see how much fuel the
plane took but conversion to volume to weight went wrong and they crashed. As stated above conversion from standard to metric is difficult for those
reasons. ... Show more content on Helpwriting.net ...
The metric system can be broken into multiple different units to be more precise. If you break things down it just uses a new prefixes. The broken
down pieces are also easier to make bigger The Imperial system is harder to remember and has a less effective ways to break down.The Imperial
measurement leave room for errors.The Imperial system is also harder to make into bigger pieces. As said in this paragraph the metric system is more

What Is The Eight Head Theory
2. PATTERN MAKING 2.1 Body Measurement Garment fitting is based on taking body measurements. So it is very important for a dress maker to
know how to take accurate measurements. For a successful garment cutting, one must know the size and shape of the human body, for which designing
has to be done. Anatomy begins with the eight head theory (Adu–Boakye et.al 2012). 2.1.1 Body Anatomy The father of tailoring Mr. Wampon drew
seven imaginary lines across the body structure for the purpose of easy measurement in tailoring. The whole body structure was lengthwise divided into
eight equal parts, which is known as the eight head theory. This theory has become the foundation of all fashion drawing and for understanding the
body shape and structure... Show more content on Helpwriting.net ...
Cutting table and cutting board – cutting table is 6' long, 4' wide and 3' height. People to work in standing position use table and people who work
sitting, use cutting board. Cutting board should be 6" height. ii. Shears – This is mostly used for cutting thick materials and usually 10 – 15" in length.
iii. Scissors – It is used for cutting ladies and children's garment. It is 7" to 10" in length. iv. Paper cutting scissors– This is a small scissors available
in various sizes and meant for cutting paper. v.Pinking shears– This cuts the edges in zig–zag manner. It is used for finishing seams and raw edges. It
gives a decorative appeal to the raw edges at the same time avoid unravelling of yarns. vi. Trimming scissors – It is used for repairs, alterations,
trimming seams and cut thread while sewing. vii. Buttonhole scissors – This is used for making holes for buttons and eyelet holes in the garments.
2.2.2.5 Sewing devices Sewing can be done either by hand or machine. For hand sewing, the following are required: i.Needles – These needles come in
the denominations of a t012 numbers. Based on the thickness of cloth, the needle number is used. ii. Crewel needle or Darn needle – This is used for
darning. The front side of the needle is in bent

Minutia Essay
What is Minutiae?
Generally, two fingerprints have been looked at utilizing discrete components called minutiae. These elements incorporate focuses in a finger's rubbing
skin where edges end (called an edge completion) or split (called an edge bifurcation). Normally, there are on the request of 100 details on a ten print.
With a specific end goal to hunt and match fingerprints, the organize area and the introduction of the edge at every minutia point are recorded. Figure
4–1 demonstrates a case of the two sorts of details. The particulars are set apart in the correct picture, and the tails on the markers point toward the
minutia's introduction.
The area of every minutia is spoken to by a facilitate area inside the unique mark's picture. Diverse AFIS frameworks speak to this area in an
unexpected way. The ANSI/NIST standard indicates units of separation as far as 0.01 mm from a starting point in the base left corner of the picture.
For instance, a 500 x 600 pixel picture examined at 19.69 pixels for each millimeter (ppmm) has measurements 25.39 x 30.47 mm which in standard
units of 0.01 mm is Along these lines, the pixel facilitate (200, 192) will be spoken to in standard units at where the Y–arrange is measured from the
base of the picture upward. Details introduction is ... Show more content on Helpwriting.net ...
A few attributes can be measured that are intended to pass on data with respect to the nature of restricted districts in the picture. These incorporate
deciding the directional stream of edges in the picture and recognizing districts of low difference, low edge stream, and high ebb and flow. These last
three conditions speak to precarious zones in the picture where details discovery is temperamental, and together they can be utilized to speak to levels
of value in the

INET Lab Report 1 Measurement Essay
BioLab3 Lab Report 1
Measurement
Student Name:
I. Length Measurement
EXERCISE 1 – Measuring length using the meter
A dime and a meter stick have been used to determine the following:
How thick is one dime? 1 mm How thick would a stack of ten dimes be?
10
mm
How thick would a stack of one hundred dimes be?
100
mm
How thick would a stack of one thousand dimes be?
1,000
mm
Determine the height of each of the following stacks of dimes in metric units.
10 dimes =
10
millimeters (mm)
10 dimes =
1
centimeters (cm)

10 dimes = .1 decimeters (dm)
10 dimes = .01 meters (m)
EXERCISE 2 – Measuring length
Measure the length of the following objects using the most appropriate ... Show more content on Helpwriting.net ...
Celsius
Fahrenheit
Kelvin
Room Temperature
24В°C
75.2 ЛљF
297 K
Ice Water
3В°C
37.4 ЛљF
276 K
Boiling Water
100В°C
212 ЛљF
373 K
Body Temperature
37В°C
98.6 ЛљF
310 K
Summary Questions
1. How has the global economy and the metric system influenced United States manufacturing?
The United States has to reconfigure the measurement of goods due to not using the metric system.
2. Name the basic unit of metric measurement of each of the following:
Length
Meters
Volume

Liters
Mass
Kilograms
Temperature
Celsius
3. Explain how the metric units for length, volume and mass are related.
1 cubic centimeter equals 1 ml equals 1 g of h2O
4. What is the approximate mass of 400 ml of water?
400 g
5. Which metric units of length would most conveniently measure the following:
Paper clip centimeters Laboratory table meters Hair width millimeters Dallas to Chicago
Kilometers
6. If an object is 4.5 cm long, what would its length be in mm?
45 mm
7. Determine the mass of 30 ml of water.
30 g
8. What metric unit of volume is used in Europe to measure gasoline? Liters
If the price of this volume of gasoline is $1.19, are you receiving a bargain compared to U.S. prices? (One quart equals 0.95 liters.)
Cost of gas per gallon
4.52
9. Your friend's temperature is 39.5В°C. Does this indicate a problem?
Yes. 103.1 В°F
10. Convert 40В°C to В°F.
104 В°F
11. The air temperature is 45В°C. How will you dress

Should America Convert To The Metric System
Quick! How many centimeters are in one inch? How many kilometers are in a mile? Everyday millions of people across the world must measure in
units, whether it be length, distance, weight, or temperature. In the United States there are two systems of measurement in use: customary and metric.
Currently, the majority of people use the customary system in their daily lives. This includes familiar units such as feet, miles, pounds, yards, etc.
However, many people, like engineers and businessmen, are in favor of using metric as the official system. America should convert to themetric system
and do away with customary. First off, nearly all of the countries in the world use the metric system ("The Metric System Units, Definitions, and
History"). The United States, Liberia, and Myanmar (Burma) are the only three countries who do not use metric as their official system (Rigsby).
Switching to the metric system would benefit trade and business with other countries. American companies that ship globally would only need to
manufacture one kind of product since everyone would be using the same specifications. There wouldn't be a need to make goods in customary and
metric units ("The United States and the Metric System"). Miscommunication would also be reduced with other ... Show more content on
Helpwriting.net ...
American students going into science and math fields have to learn both systems of measurements. The U.S. spends so much time educating its kids in
customary conversions, when it could use that time to teach improved curriculum and better prepare future generations ("The United States and the
Metric System"). Also, conversion errors have once cost NASA $125 million dollars. A 1999 Mars orbiter crashed due to some of the engineers using
customary measurements, while the rest of the crew used metric (Rigsby). Instead of losing precious time and money trying to convert between two
systems, America needs to convert to

Worksheet On 'Analyzing Jumps'
SWBAT recognize "jumps" as a nonstandard unit of measurement
–I can identify different types of units
SWBAT recognize the correlation between unit size and number of units
–I can identify how big a unit is and how many units I need to use.
Students will participate in discussions with their group to answer the lesson questions to develop key understanding
–Kidwatching notes will be taken to collect data on misunderstandings and development of key concepts
Students will work together to complete the worksheet to identify which groups of students are utilizing understanding developed during the lesson.
–Who in the group is able to figure out who run the "race?"
Who relied on support from there peers?
Was there a group that did not figure ... Show more content on Helpwriting.net ...
–Start with answers/responses that show partial understanding or are mostly right, and have those answers segue into student understanding that is
more explicit/ pushes for precise language.
"Now that we've had time to work, let's work together as a class to see what answers and understandings we've come up with. "
–Invite students identified in the selecting and sequencing steps to share their reasoning to the answer to the questions.
1.Units as jumps
2.The correlation between number of jumps and length of jumps
3.Who won the second race
4.How do we know the second boy won the race?
Using the information and strategies we have just talked about with our class, let's go back and answer our questions:
Whose jumps are longer?
–Second Boy
Who takes more jumps?
–First Boy
How many jumps did the first boy take?

–10 jumps
How many jumps did the second boy take?
–5 jumps
Who do you think won the race?
–Second boy
Discuss Key takeaways
–"Jumps" represent units; units can take many forms in measurements,
–The "greater"/"larger" the unit, the less of them you need to "measure".
Collect work from

Why The Imperial System Should Be Abolished Essay
Why the Imperial System Should be Replaced
A few months back, I was in a car with my father driving down the 409, and I wondered, How many feet are in a mile anyway? So I asked my Dad,
who didn't know. This made me wonder if the imperial system as a whole was just a waste of time. Even though a considerable amount of people think
the US should stay in the imperial system, switching to the metric system would help prevent doubt of the people in their very own system of
measurement, and devastating accidents.
The imperial system is dying, and the people may be losing faith in this dying system. The imperial system has remained in effect in America since
they broke off from the British colonies. Because of that, one may think that they'd make a new system, because they wouldn't want ... Show more
So, the main arguing point for the imperial system's side is Fahrenheit. Fahrenheit is more specific than Celsius by around 2 times, and has been around
longer, but other than that, there really isn't any other selling points. The imperial system can also be more useful for real–world measurements, such
as inches, feet, yards, and cups. This differentiates from the metric system, dividing by tens, while the imperial system divides by threes, fours,
sixes and twelves, like 12 Inches to a foot, 3 feet to a yard, and 4 cups to a pint. The imperial system has a large amount of units used only in very
specific areas, such as furlongs, hogsheads, drams, and long tonnes. Furlongs are only used to measure horse racing tracks, hogsheads were used to
transport tobacco, and drams used to be used to measure minuscule amounts of fluids. In all honesty, the imperial system is an outdated tool of
measurement on the brink of collapse, and doesn't have a valid enough argument to stay as the USA's primary system of

Essay about Lab 1-Measurement, Length, Mass, Volume,...
GS104
Lab Report
Experiment # 1
Measurement, Length, Mass, Volume,
Density & Time
David Case:
January 17, 2015
Experiment #1
Measurement, Length, Mass, Volume, Density, & Time
Objectives:
To make basic distance, mass, density, and time measurements.
To make calculations of volume and density, using proper units, and to practice using graphing software while graphing the relationship between the
circumference of a circle and its diameter. Materials: stopwatch meter tape 3 rectangular objects metric ruler pencils metal bolt 500вЂђG scale
graduated cylinder five circular objects
Lab Notes: 1. Estimation of Various... Show more content on Helpwriting.net ...
By having the length, width, and height measurements off by a little, the volume would be off by a huge amount. A small error in the hand
measurements would grow by leaps and bounds in measuring volume. 3. Graphing data and the determination of ПЂ In this experiment, I measured 5
round objects of varying sizes. The objects I selected are a cup, a bowl, a soda can, a babies rattle, a CD.
Object
Diameter (cm)
Circumference (cm)
Cup
7

22
Bowl
14
48
Can
6
21
Rattle
5
18
CD
12
38
Question: What is the slope of "C vs d" line? What does it represent? The slope of the "C vs d" line, according to the above graph, is 3.2548. This
represents a ratio between the circumference and the diameter of a round object. Being that I used imprecise measuring devices my measurements are a
little off. Although my ratio seems consistent in my graph. With a more accurate measuring device mymeasurement would be closer to ПЂ.
G. Percentage error formula: Percentage error = ПЂ = 3.14 Estimate = 3.2548 3.14–3.2548/3.14 = вЂђ0.0365 x вЂђ1 = 0.0365 x 100% = 3.65% My
percent of error is 3.65%. 4 Density Measurements: determine the density of a metal bolt by waterвЂђdisplacement method:
A, B & C: For this experiment first I weighed a metal bolt using a digital scale, getting a weight of 7.8 g. Then I filled the graduated cylinder with
water to 10–mL. Next I placed the metal bolt into the cylinder and recorded the new volume. This reading was 12–mL.

Investigating The Failure Rates And Mean Time On Repair...
RESEARCH OBJECTIVE
The study aims to determine the failure rates and mean time to repair statistics in relation to the medical equipment in order to make correlations
between the probabilities of harm to patients in a sudden failure of the equipment. To determine whether there is another or alternative way of
equipment maintenance management strategies from the relevant industry experience and to check if they have the potential to improve the
availability of hospital equipment in critical conditions and to reduce the harm to patients by using the equipment's in proper conditions by not playing
with their lives.
METHODOLOGY
This study was conducted by examining the maintenance management strategies of critical hospital; equipment's or ... Show more content on
Helpwriting.net ...
The research was conducted by conducting a survey. The survey was designed in such a way that every hospital had to answer the questions in the
survey. Every hospital had been given six to eight copies of the questionnaire depending on the involvement of the hospital departments and the type of
equipment's available for the survey and the maintenance strategies followed.
After completing the questionnaires, approval was required from the hospital head who is responsible for every activity taking place in his hospital.
The main study of this experiment is to check the non–availability of the equipment or failure, which would risk the patient's life in danger. The rules
and regulations or criteria for conducting the research on the criticality of the equipment is the risk of failure or breakdown of the equipment when it
is used on a patient, the average time used for a patient, average number of patients used or serviced by the equipment, operational life of the
equipment and the availability of alternative equipment in case of failure or malfunction at critical times. There are around 6782 devices were
examined during the process. We have taken only 5 equipment's for the study in this paper.
In the pilot project we have considered only 5 hospitals and five types of critical hospital equipment were examined and that had a non–availability of
high risk level. The equipment's are kidney dialysis, cardiac catheterization

What Is Chemistry
CHEMISTRY IN LIFE
Charles Barker
CHM/110
7/6/2015 Subhashis Nandy
Introduction
When living in a world such as ours, chemistry plays a large role in how society interacts. Chemistry can be viewed from many different angles because
of its dynamics when dealing with the nouns of life (People, places, and things). With people, chemistry is how he or she connects to their social
conformity. With places, chemistry is the structure and atmosphere that brings about the culture to the arena. With things, chemistry is the accuracy and
measurement that brings the degree of closeness to the true value of its quality. In this paper, one will cover chemistry in terms of accuracy and
precision, the relation to scientific methods, and how ... Show more content on Helpwriting.net ...
What it comes down to is supply and demand and the chance to retain a profit from the precision of the weight and how much to distribute of an item in
most situations. Another angle to which society depends of accuracy and precision of measurement are within the food market. It is important to
understand how to order in quantity that will last from one month to the next. The scientific method
A scientific method is a way to ask questions and answering them by making observations and doing experiments. The steps of the scientific method
are: Ask a question, do background research, construct a hypothesis, test the hypothesis by doing an experiment, analyze your data and draw a
conclusion, communicate your results. When looking at these steps the explanation of them are rather simple. To ask a question means to open the
floor for discussion to gain an answer. Once he or she gains the Intel, he or she will perform a background research to be sure that the information is
credible. From here, one will construct a hypothesis as to why things are the way they are. This will lead to predictions that can be tested in multiple
ways. Then one will test the hypotheses by doing a experiment. The modern interpretation of this test often times will show that the hypotheses must be
falsifiable which means that there are possible ways to identify the outcome of the

W2331321
CHAPTER
17
Process Costing
Overview
This chapter explains how process–costing systems determine the cost of products or services. In the simplest case, a process has no beginning or
ending work–in–process inventory. Considerable complexity is added when a process has both beginning and ending work–in–process inventory; this
case necessitates selecting an inventory costflow method. The chapter illustrates two of these methods: the weighted–average method and the first–in,
first–out (FIFO) method. Many detailed exhibits are included in the chapter because process costing is highly procedural. The chapter also explains
how operation–costing systems determine the cost of products. The Appendix to the chapter describes the ... Show more content on Helpwriting.net ...
Because of the difficulties in estimating completion percentages for conversion costs, department supervisors and line managers– individuals most
familiar with the process–often make these estimates.
6. Steps 3, 4, and 5 together are called the production cost worksheet. In Step 3, total costs to account for are equal to the sum of the amounts debited to
the department's Work in Process account. When there is no beginning inventory, the
Assembly Department's debits are for direct materials used and conversion costs incurred during the period. Step 4 computes cost per equivalent unit by
dividing the costs in each input cost category by the respective quantity of equivalent units. Step
5 assigns total costs to account for from Step 3 (a) to units completed and transferred out of the process and (b) to units remaining in process at the end
of the period. EXHIBIT 17–2, text p.634, shows the details for Steps 3, 4, and 5 in Case 2.
7. Using dollar amounts from EXHIBIT 172, journal entries for the Assembly Department for
February are as follows:
224
CHAPTER 17

Work in Process–Assembly
Accounts Payable Control
32,000
Various accounts
18,600
32,000
18,600
Work in Process–Testing
24,500
24,500
Because the Assembly Department had no beginning

How Did Thomas Jefferson Use The Metric System
Did you know that Thomas Jefferson was an auspicious and ardent supporter of the Metric System? Jefferson is one of the many prominent icons that
encouraged people to stop using the English System in favor of the Metric System. But you may ask, what is this Metric scheme? This measurement
was invented in 1790 in France during the French Revolution to prevent commercial frauds where people would use the technique of measurement and
weight to their benefit. Also, it was designed to make calculations with numbers much easier with the structure based on the number ten and the
decimal System; originally, it was designed to be one ten–millionth of the distance from the north pole to the equator. It took five years until France
officially adopted... Show more content on Helpwriting.net ...
From Wadenelson.com, back in July 23, 1983, up in Canada when the Metric process was introduced, an Air Canada aircraft carrying sixty–nine
passengers ran out of fuel mid–flight; the cause of this disaster was that the mechanics fueling the plane were bewildered from the Imperial and Metric
System causing them to accidentally load the plane up with gasoline in pounds as oppose to kilograms. Thankfully, the aircraft carrier was about to
crash land in Gimli, Manitoba with only injuries to some of the people on board. Despite this being a Canadian plane, what will happen if the same
situation occur in the U.S.? Possibly, the citizens and Congress will convert to the Metric technique to prevent this event from ever occurring again;
yet, America could gone Metric early which would still cost millions of dollars only this time, American lives and hearts will be destroyed. Also,
America has to pay expenses to clean up the mess, support families of those possibly killed, and need to set up a large investigation paying
investigators to find out the cause making the entire situation very pecuniary . According to the article, "The Metric approach Causes Crash on
Mars,"back on September 23, 1999, the Mars Climate Orbiter lost contact with NASA, which means the orbiter has been destroyed and the mission as
being a failure;

Metric System Benefits

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