Based on the information provided, there are not enough known values to solve this right triangle. Please enter at least two known values (side lengths or angles) and the remaining values will be automatically calculated.
Ts fr 101_r00 typical number of roof legsatecotanks
This document provides a table showing the typical number of roof legs for external floating roof tanks of various diameters. The table lists the number of pontoon legs and center legs for pontoon roofs, as well as the number of legs for double-deck roofs, corresponding to tank diameters ranging from 30 to 400 feet. The number of legs generally increases as the tank diameter increases. The document also includes contact information for ATECO Tank Technologies Engineering Co. Ltd.
This document summarizes the hydrological modeling and analysis of the Coata River basin located in Puno, Peru. Key points:
- The GR2M hydrological model was calibrated on the Coata River basin from 1971-1994, achieving Nash coefficients of 84.99% for streamflow.
- The model was validated on data from 1995-2006, with Nash coefficients of 89.55% for streamflow, indicating good model performance.
- Precipitation in the sub-basins was estimated using Kriging interpolation. Mean monthly streamflows were then generated for a designated intake point in the basin.
This document contains a conversion chart that lists inches and the corresponding values in millimeters. It provides conversions from 0.1 inches up to 1000 inches in increments of 1 inch. For each inch measurement, the equivalent millimeter measurement is given. At the bottom is a note about a sister website for world time zones.
The document is a conversion table that lists millimeter measurements from 0.01 to 100 in increments of 0.01 and their equivalent measurements in inches.
This 3-sentence summary provides the essential information from the document:
This document contains reference tables for rapidly solving right-angle and oblique-angle triangles, as the title indicates it includes a Triangle Chart to aid in solving triangles. The document focuses on providing tables and a visual chart to help solve triangles by looking up values rather than through calculation.
Sizing the neutral in harmonic-rich environmentsLeonardo ENERGY
2006 - This one-hour webinar will provide guidance for neutral sizing based on the latest standards on the subject. The literature mentions half-sized, full-sized and double-sized neutrals compared to phase conductors. In this webinar, a method for neutral sizing will be proposed that can be used in most practical situations.
This document contains several conversion tables for converting between decimals, fractions, and millimeters. It includes tables for converting decimals to millimeters from 0.001 to 1.000 mm, fractions to their decimal equivalents and then to millimeters, and common fractions to their decimal equivalents and millimeters.
The document contains details of various ICICI bank branches located across different cities in India. It lists the branch name, address and city for 1577 bank branches located in Mumbai. The branches are located in various neighborhoods spread across Mumbai with addresses providing local landmarks for easy identification.
Ts fr 101_r00 typical number of roof legsatecotanks
This document provides a table showing the typical number of roof legs for external floating roof tanks of various diameters. The table lists the number of pontoon legs and center legs for pontoon roofs, as well as the number of legs for double-deck roofs, corresponding to tank diameters ranging from 30 to 400 feet. The number of legs generally increases as the tank diameter increases. The document also includes contact information for ATECO Tank Technologies Engineering Co. Ltd.
This document summarizes the hydrological modeling and analysis of the Coata River basin located in Puno, Peru. Key points:
- The GR2M hydrological model was calibrated on the Coata River basin from 1971-1994, achieving Nash coefficients of 84.99% for streamflow.
- The model was validated on data from 1995-2006, with Nash coefficients of 89.55% for streamflow, indicating good model performance.
- Precipitation in the sub-basins was estimated using Kriging interpolation. Mean monthly streamflows were then generated for a designated intake point in the basin.
This document contains a conversion chart that lists inches and the corresponding values in millimeters. It provides conversions from 0.1 inches up to 1000 inches in increments of 1 inch. For each inch measurement, the equivalent millimeter measurement is given. At the bottom is a note about a sister website for world time zones.
The document is a conversion table that lists millimeter measurements from 0.01 to 100 in increments of 0.01 and their equivalent measurements in inches.
This 3-sentence summary provides the essential information from the document:
This document contains reference tables for rapidly solving right-angle and oblique-angle triangles, as the title indicates it includes a Triangle Chart to aid in solving triangles. The document focuses on providing tables and a visual chart to help solve triangles by looking up values rather than through calculation.
Sizing the neutral in harmonic-rich environmentsLeonardo ENERGY
2006 - This one-hour webinar will provide guidance for neutral sizing based on the latest standards on the subject. The literature mentions half-sized, full-sized and double-sized neutrals compared to phase conductors. In this webinar, a method for neutral sizing will be proposed that can be used in most practical situations.
This document contains several conversion tables for converting between decimals, fractions, and millimeters. It includes tables for converting decimals to millimeters from 0.001 to 1.000 mm, fractions to their decimal equivalents and then to millimeters, and common fractions to their decimal equivalents and millimeters.
The document contains details of various ICICI bank branches located across different cities in India. It lists the branch name, address and city for 1577 bank branches located in Mumbai. The branches are located in various neighborhoods spread across Mumbai with addresses providing local landmarks for easy identification.
The document discusses low voltage switchgear and cable sizing. It provides information on governing standards, system parameters, construction details of LV switchgear including busbars and components. It discusses fixed and drawout construction types. It also covers IP ratings, cable sizing criteria and applications of LV switchgear and cables in industrial, domestic and commercial load distribution systems.
The document describes the progression of an architectural model of an electrical room created in AutoCAD MEP 2009. It starts with basic steel beams and electrical equipment and adds more components like conduit and supports over multiple iterations. The final model includes all electrical equipment and conduit feeds and is fully detailed.
In this day and age of automated computer control valve sizing, the logic and theories behind it are invisible. In his presentation, Al Holton of Allagash Valve & Controls will look at the basic principles that apply and how they affect the application and installation of a wide range of control valve types. He will also review the reasoning behind valve type selection.
This document discusses electrical systems in buildings. It covers topics like electricity generation, distribution circuits, wiring systems, earthing systems, domestic supply, electrical appliances and electric installations. The key points are:
- Electricity is generated using water or fossil fuels and transmitted through transformers at high voltages to reduce losses.
- Buildings are supplied electricity through single or three phase distribution depending on the load. Wiring systems include cleat, casing, conduit and surface wiring.
- Earthing systems provide protection against faults and lightning. Two classes of protection are used.
- Electrical appliances convert electricity to light, heat and power for uses like lighting, cooking and entertainment.
- Proper planning, design
The document contains information about pipe sizes and their corresponding water flow capacities. It provides the inner diameter (ID) and outer diameter (OD) for schedule 40 steel pipes of various sizes. It then lists the gallons per minute (GPM) and gallons per hour (GPH) that can pass through each pipe size under different pressure assumptions: low pressure/suction side of pump, average pressure of 20-100 PSI, and high/peak pressure. It also notes the potential for pressure loss and noise at higher flow rates. A second table provides GPM values corresponding to different pipe sizes and pressures in PSI.
The document discusses the mechanical properties of steel reinforcing bars used in concrete structures. It provides tables with the dimensions, yield strengths, ultimate strengths, and other properties of different bar types and sizes. It also includes diagrams illustrating the geometries of bar configurations and bundles. The bars meet various Japanese Industrial Standards (JIS) for reinforcing steel.
This document contains a calendar for the year 2008. It is organized by months with weeks listed going across. Each week shows the dates from Sunday to Saturday. The months are listed from January to December across the top with the weeks for each month shown vertically below.
The document is a report of power dispatch in megawatts (MW) by various power systems in Bolivia over 24 hours on July 29, 2010. It shows the hourly dispatch totals for 13 hydroelectric power systems and 15 thermal power plants. The hydroelectric systems contributed the majority of power with a total dispatch of 5,223 MW over the 24 hour period. The Corani and Zongo hydroelectric systems provided the most power at around 2,500-1,800 MW respectively.
The document summarizes the application of Six Sigma's DMAIC approach to improve the process capability of PVC pipe extrusion. It analyzes critical process parameters like feeder RPM, barrel zone temperatures, die zone temperatures, and haul off RPM using tools like correlation, regression, ANOVA, and t-tests. Significant parameters identified are feeder RPM, BZ3T, DZ2T, and DZ3T. The document proposes using Taguchi's method of parametric optimization to improve the process by setting control factor levels for the significant parameters.
Encuesta a niños y adolescentes sobre la radio y televisión peruana 2014 | Po...Andrinik Huaytalla Ramos
Encuesta realizada por el Consejo Consultivo de Radio y Televisión (Concortv) a niños y adolescentes sobre la radio y televisión peruana 2014. Encuesta por ciudades.
Educación Mediática ► http://www.mundoacesp.org/
This document lists common standard resistor and capacitor values used in electronic circuits. For resistors, it provides values from 1 ohm to 10 megohms in increments from 1% to 5% tolerance. For capacitors, it lists values from 10 picofarads to 10 millifarads in multiples of common numeric prefixes with tolerance ranging from 5% to 20%.
The document is a calendar for the year 2020. It shows the months January through December with the weeks of each month listed out including the dates and days of the week. Each month takes up one page with the weeks numbered and the dates filling in the columns for Sunday through Saturday.
The document is a calendar for 1969 listing the months of the year from January to December. Each month is displayed in a table with the weeks of the month running down the left column and the days of the week running across the top. The body of the table contains the dates for that month.
The document describes the process of making and testing a seaweed raft (Jaring Rumput Laut or JRL) for growing seaweed. It details the materials used, construction steps, and results of a trial run over 30 days which showed a total growth of 26,000 grams, an average daily growth of 619 grams, and a 10.3% growth percentage. Videos were also taken documenting the trial and potential applications of the seaweed raft.
The document displays a calendar for the year 2010 showing the weeks, dates, and days of the week for each month. It is formatted as a table with the months labeled across the top and weeks numbered down the left side. Each cell shows the corresponding date.
This calendar shows the months of the year 2008 with the weeks and dates for each month. It displays the months across the top with the weeks numbered down the left side and the dates filling in the calendar for each month. The weeks run from Sunday to Saturday across the top.
Sheet1470 Real1kTotal RCurrent470 R Voltage1k VoltageAmmeter Volta.docxbagotjesusa
Sheet1470 Real1kTotal RCurrent470 R Voltage1k VoltageAmmeter VoltageV totalPS VoltagePD 470PD 1kCalc R479.11053.915333.064 mA1.4683.2310.3085.0075.0090.00449783680.00989411441634.138381201
Sheet2I total470R1kammeterVtotal1k current470 currentR Total CalcTheoretical470 PD1k PD15.130 mA4.99 V4.99 V0.0175.0074.3328 mA10.42 mA330.9319233311329.3220.05201895320.0197850289
Sheet1SingleReverseSeriesParallel1.5084 V neg 1.509V3.023 v7.74 mv
Sheet2Real REMFIV across RCalc RBurden VoltageInternal R98.111.508515.08 mA1.480998.202917771916.7 mV1.107 ohms
Report for Experiment 4
Newton’s Second Law
Name: Your name here
Lab partner: Your partner’s name here
TA: Your instructor’s name here
The date of the experiment here
Abstract
Acceleration is the coupling strength between the mass of a system and the force acting on it. By
comparing the gravitational pull on a . One hanging mass of variable weight is attached to either one
puck (Investigation 1) or two (Investigation 2) on a frictionless air table. A spark timer gives a direct way
to measure velocity and time of the system, calculating acceleration for three hanging weights. Plotting
acceleration vs. the reduced mass of the hanging weights gives a value for gravity. Using one puck, the
data within uncertainty is equal to the standard value of gravity. Using two pucks, the data was not equal
to gravity within error, as rotational and frictional forces were not included in the linear model.
Introduction
This experiment will test Newton’s second law and how it relates to different forces. The law can be
summarized by the equation, F = ma. It is the point of this experiment to find an acceleration of an object
based on a given force and mass of that object. This will effectively solve Newton’s second law in the
form a = F/m. In the first investigation we measured the displacement of an air hockey puck as it was
pulled by three differing weights, using a spark timer. We calculated the velocity of the puck and graphed
velocity vs. time for each weight combination, which gave the acceleration of the puck. To verify
Newton’s second law we graphed the accelerations vs. the reduced mass of the system and then compared
the slope of that graph to the known value of gravity, 9.81 m/s^2. The second investigation used two
pucks strapped together, thereby changing the reduced mass ratio, but otherwise worked the same way as
Investigation 1 to calculate the known value of gravity.
Investigation 1
Setup & Procedure
The air table is set up with a pulley attached to a side. Two pucks are connected to a High Voltage (HV)
source to create a circuit for the spark timer. Carbon paper is laid on the table with white paper laying on
top of this carbon paper. The second puck is to the side but still on the paper so as not to interfere with
the motion of the puck under observation. Weights of either 50, 100, or 200 gr.
Energy consumption in slovenia and at etrš 1Maija Liepa
Slovenia's energy consumption is characterized by its reliance on fossil fuels like oil and coal. Renewable energy accounts for only 10% of consumption while nuclear makes up 20%. The document outlines Slovenia's energy profile, including consumption patterns in a secondary school. It shows the school's electricity usage varies throughout the day and month, with higher consumption in winter months and evenings. Recommendations are provided to increase energy efficiency and utilize renewable energy sources like solar panels.
This document summarizes novel statistical methods for genetic association studies, including those that account for population structure. It describes methods for detecting gene-gene interactions and inferring copy number variations. For interactions, it proposes using graphics processing units to efficiently search large model spaces. For copy number analysis, it presents a hidden Markov model approach to deconvolve tumor profiles from normal cell contamination. Speedups of over 100x were achieved by parallelizing the model training on a GPU.
This document contains tables and information about quantitative techniques including:
1) An area under the normal curve table that provides the proportion of the normal curve between values of z.
2) A binomial coefficients table that lists coefficients for values up to 20.
3) A table of values of the Poisson probability function for values of m from 0 to 9.
The document contains water quality monitoring data from the inlet and outlet of a water treatment system over a period of 20 hours. Parameters measured include pH, temperature, dissolved oxygen, height, time, and others. Inlet BOD was 1678 mg/L and outlet pH ranged from 6.4 to 10.5, generally decreasing throughout the period. Water flow and most parameters indicated the system was performing water treatment over the monitoring period.
The document discusses low voltage switchgear and cable sizing. It provides information on governing standards, system parameters, construction details of LV switchgear including busbars and components. It discusses fixed and drawout construction types. It also covers IP ratings, cable sizing criteria and applications of LV switchgear and cables in industrial, domestic and commercial load distribution systems.
The document describes the progression of an architectural model of an electrical room created in AutoCAD MEP 2009. It starts with basic steel beams and electrical equipment and adds more components like conduit and supports over multiple iterations. The final model includes all electrical equipment and conduit feeds and is fully detailed.
In this day and age of automated computer control valve sizing, the logic and theories behind it are invisible. In his presentation, Al Holton of Allagash Valve & Controls will look at the basic principles that apply and how they affect the application and installation of a wide range of control valve types. He will also review the reasoning behind valve type selection.
This document discusses electrical systems in buildings. It covers topics like electricity generation, distribution circuits, wiring systems, earthing systems, domestic supply, electrical appliances and electric installations. The key points are:
- Electricity is generated using water or fossil fuels and transmitted through transformers at high voltages to reduce losses.
- Buildings are supplied electricity through single or three phase distribution depending on the load. Wiring systems include cleat, casing, conduit and surface wiring.
- Earthing systems provide protection against faults and lightning. Two classes of protection are used.
- Electrical appliances convert electricity to light, heat and power for uses like lighting, cooking and entertainment.
- Proper planning, design
The document contains information about pipe sizes and their corresponding water flow capacities. It provides the inner diameter (ID) and outer diameter (OD) for schedule 40 steel pipes of various sizes. It then lists the gallons per minute (GPM) and gallons per hour (GPH) that can pass through each pipe size under different pressure assumptions: low pressure/suction side of pump, average pressure of 20-100 PSI, and high/peak pressure. It also notes the potential for pressure loss and noise at higher flow rates. A second table provides GPM values corresponding to different pipe sizes and pressures in PSI.
The document discusses the mechanical properties of steel reinforcing bars used in concrete structures. It provides tables with the dimensions, yield strengths, ultimate strengths, and other properties of different bar types and sizes. It also includes diagrams illustrating the geometries of bar configurations and bundles. The bars meet various Japanese Industrial Standards (JIS) for reinforcing steel.
This document contains a calendar for the year 2008. It is organized by months with weeks listed going across. Each week shows the dates from Sunday to Saturday. The months are listed from January to December across the top with the weeks for each month shown vertically below.
The document is a report of power dispatch in megawatts (MW) by various power systems in Bolivia over 24 hours on July 29, 2010. It shows the hourly dispatch totals for 13 hydroelectric power systems and 15 thermal power plants. The hydroelectric systems contributed the majority of power with a total dispatch of 5,223 MW over the 24 hour period. The Corani and Zongo hydroelectric systems provided the most power at around 2,500-1,800 MW respectively.
The document summarizes the application of Six Sigma's DMAIC approach to improve the process capability of PVC pipe extrusion. It analyzes critical process parameters like feeder RPM, barrel zone temperatures, die zone temperatures, and haul off RPM using tools like correlation, regression, ANOVA, and t-tests. Significant parameters identified are feeder RPM, BZ3T, DZ2T, and DZ3T. The document proposes using Taguchi's method of parametric optimization to improve the process by setting control factor levels for the significant parameters.
Encuesta a niños y adolescentes sobre la radio y televisión peruana 2014 | Po...Andrinik Huaytalla Ramos
Encuesta realizada por el Consejo Consultivo de Radio y Televisión (Concortv) a niños y adolescentes sobre la radio y televisión peruana 2014. Encuesta por ciudades.
Educación Mediática ► http://www.mundoacesp.org/
This document lists common standard resistor and capacitor values used in electronic circuits. For resistors, it provides values from 1 ohm to 10 megohms in increments from 1% to 5% tolerance. For capacitors, it lists values from 10 picofarads to 10 millifarads in multiples of common numeric prefixes with tolerance ranging from 5% to 20%.
The document is a calendar for the year 2020. It shows the months January through December with the weeks of each month listed out including the dates and days of the week. Each month takes up one page with the weeks numbered and the dates filling in the columns for Sunday through Saturday.
The document is a calendar for 1969 listing the months of the year from January to December. Each month is displayed in a table with the weeks of the month running down the left column and the days of the week running across the top. The body of the table contains the dates for that month.
The document describes the process of making and testing a seaweed raft (Jaring Rumput Laut or JRL) for growing seaweed. It details the materials used, construction steps, and results of a trial run over 30 days which showed a total growth of 26,000 grams, an average daily growth of 619 grams, and a 10.3% growth percentage. Videos were also taken documenting the trial and potential applications of the seaweed raft.
The document displays a calendar for the year 2010 showing the weeks, dates, and days of the week for each month. It is formatted as a table with the months labeled across the top and weeks numbered down the left side. Each cell shows the corresponding date.
This calendar shows the months of the year 2008 with the weeks and dates for each month. It displays the months across the top with the weeks numbered down the left side and the dates filling in the calendar for each month. The weeks run from Sunday to Saturday across the top.
Sheet1470 Real1kTotal RCurrent470 R Voltage1k VoltageAmmeter Volta.docxbagotjesusa
Sheet1470 Real1kTotal RCurrent470 R Voltage1k VoltageAmmeter VoltageV totalPS VoltagePD 470PD 1kCalc R479.11053.915333.064 mA1.4683.2310.3085.0075.0090.00449783680.00989411441634.138381201
Sheet2I total470R1kammeterVtotal1k current470 currentR Total CalcTheoretical470 PD1k PD15.130 mA4.99 V4.99 V0.0175.0074.3328 mA10.42 mA330.9319233311329.3220.05201895320.0197850289
Sheet1SingleReverseSeriesParallel1.5084 V neg 1.509V3.023 v7.74 mv
Sheet2Real REMFIV across RCalc RBurden VoltageInternal R98.111.508515.08 mA1.480998.202917771916.7 mV1.107 ohms
Report for Experiment 4
Newton’s Second Law
Name: Your name here
Lab partner: Your partner’s name here
TA: Your instructor’s name here
The date of the experiment here
Abstract
Acceleration is the coupling strength between the mass of a system and the force acting on it. By
comparing the gravitational pull on a . One hanging mass of variable weight is attached to either one
puck (Investigation 1) or two (Investigation 2) on a frictionless air table. A spark timer gives a direct way
to measure velocity and time of the system, calculating acceleration for three hanging weights. Plotting
acceleration vs. the reduced mass of the hanging weights gives a value for gravity. Using one puck, the
data within uncertainty is equal to the standard value of gravity. Using two pucks, the data was not equal
to gravity within error, as rotational and frictional forces were not included in the linear model.
Introduction
This experiment will test Newton’s second law and how it relates to different forces. The law can be
summarized by the equation, F = ma. It is the point of this experiment to find an acceleration of an object
based on a given force and mass of that object. This will effectively solve Newton’s second law in the
form a = F/m. In the first investigation we measured the displacement of an air hockey puck as it was
pulled by three differing weights, using a spark timer. We calculated the velocity of the puck and graphed
velocity vs. time for each weight combination, which gave the acceleration of the puck. To verify
Newton’s second law we graphed the accelerations vs. the reduced mass of the system and then compared
the slope of that graph to the known value of gravity, 9.81 m/s^2. The second investigation used two
pucks strapped together, thereby changing the reduced mass ratio, but otherwise worked the same way as
Investigation 1 to calculate the known value of gravity.
Investigation 1
Setup & Procedure
The air table is set up with a pulley attached to a side. Two pucks are connected to a High Voltage (HV)
source to create a circuit for the spark timer. Carbon paper is laid on the table with white paper laying on
top of this carbon paper. The second puck is to the side but still on the paper so as not to interfere with
the motion of the puck under observation. Weights of either 50, 100, or 200 gr.
Energy consumption in slovenia and at etrš 1Maija Liepa
Slovenia's energy consumption is characterized by its reliance on fossil fuels like oil and coal. Renewable energy accounts for only 10% of consumption while nuclear makes up 20%. The document outlines Slovenia's energy profile, including consumption patterns in a secondary school. It shows the school's electricity usage varies throughout the day and month, with higher consumption in winter months and evenings. Recommendations are provided to increase energy efficiency and utilize renewable energy sources like solar panels.
This document summarizes novel statistical methods for genetic association studies, including those that account for population structure. It describes methods for detecting gene-gene interactions and inferring copy number variations. For interactions, it proposes using graphics processing units to efficiently search large model spaces. For copy number analysis, it presents a hidden Markov model approach to deconvolve tumor profiles from normal cell contamination. Speedups of over 100x were achieved by parallelizing the model training on a GPU.
This document contains tables and information about quantitative techniques including:
1) An area under the normal curve table that provides the proportion of the normal curve between values of z.
2) A binomial coefficients table that lists coefficients for values up to 20.
3) A table of values of the Poisson probability function for values of m from 0 to 9.
The document contains water quality monitoring data from the inlet and outlet of a water treatment system over a period of 20 hours. Parameters measured include pH, temperature, dissolved oxygen, height, time, and others. Inlet BOD was 1678 mg/L and outlet pH ranged from 6.4 to 10.5, generally decreasing throughout the period. Water flow and most parameters indicated the system was performing water treatment over the monitoring period.
Basic regression control blasting limitsPeter Krausz
This document contains blast design information for 16 blasts including: weight of explosives used, hole depth and diameter, density of explosives, loading factor, predicted peak particle velocity, and number of delays per hole. It also provides site information like distance to rock head, stemming length, and offset dimensions.
Basic regression control blasting limitsPeter Krausz
This document contains blast design information for 16 blasts including: weight of explosives used, hole depth and diameter, loading factor, predicted peak particle velocity (PPV), number of delays per hole, and spacing between blasts and structures. The blasts increase in depth from 13 to 50 meters and PPV decreases from 47.72 to 12.96 mm/s.
The document discusses deposition rates, electrode efficiency, and electrode weld metal recovery, which are different metrics for measuring welding consumables. Deposition rate is the rate at which weld metal is deposited, while electrode efficiency is the percentage of filler metal that is deposited. Electrode weld metal recovery allows calculating the percentage of welding consumable that will end up in the finished weld. Tables provide the weight of weld metal deposited per meter for common weld geometries like triangles and rectangles at different thicknesses.
1) The document compares the image quality of two digital x-ray detectors, a Competitor 1717 GOS and an iRay Venu 1717M GOS, through various tests.
2) In spatial and contrast resolution tests, both detectors performed similarly at 3.5 LP/MM, but the iRay Venu showed better contrast resolution using less radiation dosage.
3) Linearity tests found both detectors performed linearly with radiation dosage, but the iRay Venu had better dynamic range and performed better on thicker objects due to higher signal-to-noise ratio.
Similar to All purpose worksheet (conversions) (20)
3. Outstanding Checks Checkbook Reconciliation
& ATM Withdrawals
Check# Amount Check# Amount Ending Balance Checkbook
$8,777.00 $877.00 on Statement $876.00 Balance
Bank
Deposits Charges
Not Credited
Interest
Total Deposits
Not Credited $0.00
Total 1 ($8,778.00) Total 2 $0.00
Total 1 & 2 should be the same
Total 1 & 2 Difference ($8,778.00)
Total withdrawals outstanding: $9,654.00 Subtract $8,778.00 from checkbook
13. Body Mass Index & Calorie Calculator
NOTE: Not to be used for health or weight purposes
Weight (in pounds)
Height (in inches)
Age (in years) Women Men
14. Name Systolic = maximum pressure in blood vessels when heart beats.
over
Blood Pressure Pulse Diastolic = minimum pressure in blood vessels between beats.
Date Time Systolic Diastolic Pulse Pressure
1
2 12
3
4
5
6
7
8
9
10
10
11
12
13
14
15
16
17 8
18
19
20
21
22
23
24
6
25
26
27
28
29
30
31
32 4
33
34
35
36
37
38
39
40 2
41
42
43
44
45
46
47 0
48 Row 8 Row 14 Row 20 Row 26 Row 32 Row 38 Row 44 Row 50
49 Row 5 Row 11 Row 17 Row 23 Row 29 Row 35 Row 41 Row 47 Row 53
Pulse Systolic Diastolic
50
Min Systolic Diastolic
Max Normal 139 or less 89 or less Avg. Pulse
Range Borderline 140 to 159 90 to 94 Pressure
Average High 160 or more 95 or more
Std. Deviation Pulse Pressure = Systolic BP (Avg.) - Diastolic BP (Avg.)
File Name: allpurposeworksheetconversions-100915001336-phpapp01.xls
Sheet Name: Blood Pressure 09/15/2010 05:13:45
16. Convert
From To
þÿAbampere <<<>>> Ampere
Select the desired conversion from the drop down list above.
Enter the amount to convert in the white cell to the left.
The multiplier will automatically appear here.
This is where the conversion is calculated.
17. Right Triangle Solver
Enter ONLY TWO known pieces of information
Degrees
a b c Y Z
a=
b=
c=
X= 90
Y=
Z=
Degree Converter
Degrees entered as a decimal will be converted to Deg, Min, Sec
6 Degrees 6 6 Degrees
Y 0.42 Minutes 25 25 Minutes
Seconds 0.00 Seconds
c 6.42 Angle as a decimal
a NOTE: The Degree Converter above has
no influence on the Right Triangle
Z calculations.
X b
18. Tap Drill Size For Inch & Metric 60 Degree Threads
Use the chart to the right to obtain the correct diameter for number screws
Cold Form Screw Screw
INCH Tap Drill Size Tap Drill Size Number Diameter
Screw Diameter inches inches inches 000 .034
Threads per inch mm mm 00 .047
Percent Thread 75 % 0 .060
1 .073
Drill Inches Drill Inches 2 .086
3 .099
Closest Inch Drill Bits
4 .112
5 .125
Closest Millimeter Drill Bits
6 .138
7 .151
Cold Form 8 .164
METRIC Tap Drill Size Tap Drill Size 9 .177
Screw Diameter mm mm mm 10 .190
Thread Pitch mm inches inches 12 .216
Percent Thread 75 % 14 .242
Approximate Threads Per Inch
Drill Inches Drill Inches Note:
This will not work
Closest Inch Drill Bits
with Pipe Taps
Closest Millimeter Drill Bits
19. Drill Bit Equivalence
Number
Decimal Fraction & Letter Millimeter
þÿ0.0059 97 0.15
Millimeter Decimal
þÿ0.15 0.01
Number Decimal
þÿ1 0.23
Fraction Decimal
þÿ1/64 0.02
Letter Decimal
þÿA 0.23
22. Bolt Circle Calculator
Hole # X= Y= Degrees Hole # X= Y= Degrees
Enter First X & Y as
Incremental
or Absolute
from Bolt CircleCenter
First X =
First Y =
# of Holes =
Absolute
Bolt Circle Center
X Center = 0.0000
Y Center = 0.0000
Rounded
Precision = 0
The calculated
coordinates are
ABSOLUTE.
Each hole is apart by:
Degrees
Minutes
Seconds
Rotation
-X+
X= - X= +
+ +
Y= + Y= +
Y Y
X= - X= +
- -
Y= - Y= -
-X+
23. Spiral Calculator
Hole # X= Y= Degrees Hole # X= Y= Degrees Hole # X= Y= Degrees Hole # X= Y= Degrees
Enter First X & Y
Coordinates
First X =
First Y =
Seperation Per Hole
Degrees =
Spiral Offset
Per Hole =
Per Rev =
Number of
Revolutions
Revolutions =
Rounded
Precision = 0
Each hole is apart by:
Degrees
Minutes
Seconds
Rotation
Spiral
Inward
-X+
X= - X= +
+ +
Y= + Y= +
Y Y
X= - X= +
- -
Y= - Y= -
-X+
24. Rotation of an " X & Y " coordinate
A negative Angle of Rotation is equal to a counter clockwise rotation
Original X = Degrees Move New X New Y
Original Y =
Angle of Rotation (in degrees) =
Number of times rotated = 1 15 max.
Rotating Axis Absolute X Center = 0.0000
Rotating Axis Absolute Y Center = 0.0000
- X +
NOTE:
The Original X & Y X= - X= +
should be entered + Y= + Y= + +
as INCREMENTAL, Y Y
taken from the - X= - X= + -
center of the Y= - Y= -
rotating axis.
The New X & Y will
be ABSOLUTE. - X +
25. CONE FABRICATION
This will help you to layout a cone on a flat surface.
NOTE: This does not allow for material thickness.
Inside Outside Segment Segment Inside Outside Cone Cone
Radius Radius Angle Width Diameter Diameter Length Angle
Inside Diameter
Outside Diameter
Cone Angle
Cone Length
Segment Width
Degrees in Cone Segment 360
Overlap in Degrees 0
26. Circle Segment Calculator
Enter TWO knowns
a c h r
Angle in degrees a=
Chord Length c=
Height h=
Radius r=
c
h
h
a r
27. Polygon Solver
Must enter NUMBER OF EQUAL SIDES and one other
IC OC
Number of Equal Sides ES=
Inner Circle Diameter IC=
Outer Circle Diameter OC=
NOTE:
Although a square is drawn, this will
work with 3 equal sides and greater. IC IC
OC
28. Values of a Trigonometric Function
You can enter DEGREES as a decimal and it will be converted to DEG,MIN,SEC.
Degrees 0 Degrees Sine = 0
Minutes 0 Minutes Cosine = 1
Seconds 0.00 Seconds
0 Angle as a decimal Tangent = 0
Total Cotangent = #DIV/0!
Sine bar length = inches
Sine bar length = millimeters Secant = 1
NOTE: Enter the sine bar length above. Cosecant = #DIV/0!
The required height needed under one end
of the sine bar to obtain the desired angle. Radians = 0