Law Of Conservation Energy Essay

The Law Of Conservation Of Energy
This is my Theory: God desires to be relational and recreate himself, but it can't be done because he stands alone, omnipotent. So he continuously
creates, hopefully & lovingly, yet he continuously has to substitute himself reproducing only himself again. Having beside him... nothing but God.
This is why he is praised forever and ever amen. But why he's sorry when he has to wipe out the face of the earth with the flood during Noah's time––
is that he is sorry that nothing is like him. What an honest and sincere claim for the God of the universe! Yet he strives to still create, loving his
creations till substitution (of himself). Because some of his creation had to be destroyed due to God's desire to be relational, yet loathe of sin. God
can not recreate himself (Law of Conservation of Energy: Energy can neither be created nor destroyed). There is only one God. That is why there is
the law of conservation of energy– the energy therein can neither be created nor destroyed.
This is what I believe. It happens to correlate with what author of engaging God's world Mr. Cornelius Plantiga Jr. has to say. Plantiga, exclaims that
love and hope are the two most pertinent things we long for as humans/Christians. Is he right? Of course. Can anyone deny when our master Jesus
spoke the two most important commandments: to love the Lord your God with all your heart and to love your neighbor as yourself? In doing these
two things what comes to your life is one everlasting happiness and two
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The preservation of the environment and conservation of energy are dynamic topics in the political world of today and actions to be taken are
discussed every day. It is time to advance beyond the ordinary gasoline engine automobile that has polluted our environment for several decades. The
recurring problem that hasn't been solved is the pollution from automobiles that harms the environment and uses fuel that won't be around some time in
the future. Neglect for the preservation of the environment has spread like an infection over the years, and automobiles are major players in the
pollution of the environment. A change is vital, and hybrid cars have begun to lead the way to that change, besting regular car in cost–effectiveness and
...show more content...
The environmental impacts from automobiles come in the dozens ranging from brake and tire debris to the toxicity of the lead acid batteries in cars.
These problems are also not to be taken lightly. For example, the debris from tires and braking raises the toxicity levels of nearby soils and leads to the
formation of black carbon. Both pollutants have been shown to cause lung toxicity and significant portions of particulate matter in urban areas. Painting
and coating cause discharges of harmful materials such as nickel, copper, and hexavalent chromium into the atmosphere. Batteries are a more critical
part of the automobile, and even though they can be recycled they account for the release of 42,000 tons of unwanted lead release into the environment.
The plethora of environmental problems from automobiles today is affecting the lifespan of our atmosphere and causing a downward spiral that is
exponentially increasing. With these problems, the transportation revolution is knocking on the door and as the guardians of our planet, humanity
needs to find a way to decrease pollution and that way has been opened with the hybrid car.
Hybrid cars are more beneficial to the environment than their traditional counterparts, but not all hybrid vehicles function the same way. To decrease
emissions all hybrid cars run on some form of electricity, whether it run on pure electricity or splits power with

Environmental Conservation Essay
Energy Conservation
Jessica Goode
Axia College of University of Phoenix
We all use energy each and every day. We use energy for entertainment, cooking, transportation, lighting, heating, cooling, manufacturing, as well as
many other things. According to the Webster Dictionary (2009),energy is defined as just being active. If that is truly the case, then anytime we are
doing anything we are being active and using up energy. Shouldn't we try to conserve more energy if that is the case? According to the Business
Dictionary (2007), energy conservation is the reduction in the consumption of natural resources by any individual, society, organization, or the
economy as a whole. It is the elimination of waste being put back into the Earth...show more content...
A lot of this consumption could be decreased if humans were more aware of the dangers they were creating for the environment and their future
generations. There are many sustainability strategies and solutions already in place. The most known about plan in place is the Solar Tax Credit. On
October, 4, 2008, Congress passed an 18 billion dollar bill that provides those individuals that take the responsibility and costs upon themselves to
utilize the renewable energy sources available (Yang, 2008). "Climate change and green buildings legislation are expected to be high on the agenda of
the 111th Congress and the new administration" (2009 legislative outlook, 2009). There are also several other plans in place such as the Energy Star
Heating and Cooling Program. This program is a voluntary program in which manufacturers agree to manufacture and market high efficiency heating,
cooling, and control products to help lower energy usage (Green Communities, 2008). Although there have been many sustainable and strategic
solutions developed to conserve energy, many have been unsuccessful. The reason that these plans have been so unsuccessful is because they have a
limited time frame, the awareness of the public is not there and mainly because of the current economic crisis. My plan to reach sustainability is simple
and should take no longer than two year's time

Importance Of Energy Conservation Essay
Energy Consumption Modern human civilization depends on large amounts of energy. Energy consumption is not evenly spread throughout the world.
A handful of countries consume a majority of the world's produced energy. The 5 largest annual energy consumers in the world are China, United
States, European Union, Russia, and India. Solutions for Energy Consumption Replacing fossil fuels with alternative fuel sources is the main solution
to climate change. Cleaner energy sources will reduce the amount of pollutants released in the environment during the production of energy. Increasing
the efficiency of energy consuming appliances will reduce the amount of energy that is wasted and decrease the amount of energy needing to be
produced. Increasing Energy Efficiency Increased energy efficiency is an economical solution to decreasing the amount wasted energy. Focusing
energy conservation in buildings is a crucial step for improving world energy efficiency. Older buildings often lack the energy Investing in energy
saving technology will save companies lots of money in the long run when it comes to energy costs. Energy saving technology can also be used by
homebuilders and homeowners designing or refitting houses to increase energy efficiency. Possible energy saving designs are designing the long side
of a building facing south, install thick insulation around windows and in the attic. The location of the living quarters inside the houses should be in
the southern side of the

How does photosynthesis model the Law of Conservation of Matter and the Law of Conservation of Energy ? Photosynthesis is a good model of Law
of Conservation of Matter and Law of Conservation of Energy. Both can be represented by photosynthesis because photosynthesis includes both in its
process of producing food.
Body Paragraph:
Photosynthesis is a good model of Law of Conservation of Energy because the sun gives the grass light energy. Grass transforms into chemical energy.
Rabbits eat the grass so now it has the power to run. This information was found in, ( " The Law of Conservation of Energy, Author: Not available.)
Photosynthesis is a good model of Law of Conservation of Matter as explained in article "If a plant is placed in an

Advantages Of Energy Conservation Essay
Discussion Modern human civilization depends on large amounts of energy. Energy consumption is not evenly spread throughout the world. A handful
of countries consume a majority of the world's produced energy. The 5 largest annual energy consumers in the world are China, United States,
European Union, Russia, and India. Solutions for Energy Consumption Replacing fossil fuels with alternative fuel sources is the main solution to
climate change. Cleaner energy sources will reduce the amount of pollutants released in the environment during the production of energy. Increasing
the efficiency of energy consuming appliances will reduce the amount of energy that is wasted and decrease the amount of energy needing to be
produced. Increasing Energy Efficiency Increased energy efficiency is an economical solution to decreasing the amount wasted energy. Focusing
energy conservation in buildings is a crucial step for improving world energy efficiency. Older buildings often lack the energy Investing in energy
saving technology will save companies lots of money in the long run when it comes to energy costs. Energy saving technology can also be used by
homebuilders and homeowners designing or refitting houses to increase energy efficiency. Possible energy saving designs are designing the long side
of a building facing south, install thick insulation around windows and in the attic. The location of the living quarters inside the houses should be in
the southern side of the buildings

Energy Conservation Essay
The topic of energy is one that is seen in the news more and more as each day passes. As most Americans can tell you these days, energy is essential
for industrial and technological development in this or any other country. However, some believe that certain traditional methods of producing energy,
such as burning fossil fuels, are depleting the earth's limited supply of natural resources and may also be harmful to the environment. They encourage
the use of renewable sources of power, such as wind turbines or hydroelectric plants. While some debate humans being the cause of climate change,
others believe mankind has barely made a mark on what our planet has to offer us. Conserving energy has nearly become as important an issue as
producing...show more content...
The need for coal sparked the American Industrial Revolution and introduced new inventions such as the steam engine. Petroleum oil, another
non–renewable resource, is found beneath the earth's surface and is collected through oil drilling. The conversion from oil to gasoline allowed for
the invention of the automobile. Today, Petroleum is perhaps our most valuable source of fuel. Oil drills and refineries can be found all over the
world, and the demand for this fuel has grown so great that it has caused a worldwide crisis. While some countries depend on oil as a source of
fuel, others depend on exporting oil as their primary source of income. "The U.N. Security Council has terminated its authorization of foreign
military operations in Libya. And as of tomorrow night, NATO's bombing campaign there will be over. Libyans now have to focus on the future,
which includes reconstruction after the devastation of war. Some of the money for that effort may come from the country's oil wealth" (CAN OIL
FUEL LIBYA'S RECONSTRUCTION? 1). The burning of fossil fuels has become a notorious cause of pollution. From contaminants being released
into the atmosphere to oceans being devastated from oil spills, the earth's ecosystem is suffering thanks to years of thoughtless fuel consumption.
Excessive utilization of coal and oil for generation of electricity leads to the multiple problems of acid rain, and rising carbon dioxide levels in the
atmosphere. There are

The Conservation Of Fossil Fuels
Danny Rivera
Ms. Weiland
English 4
25 September 2014
Conservation of Fossil fuels Current fossil fuel usage continues to dominate the global energy sector. Our atmosphere can only take so much
damage before it gives in. Our atmosphere protects us all the time from the sun's damaging rays, the least we could do is take care of it. The
atmosphere's well being is not the only problem we could face. Global warming is causing the Earth's ocean levels to rise, although the water rises
slowly it could eventually engulf many of the world's shores and big cities along the coast. Many more problems could arise due to the
ever–increasing amounts of fossil fuels. Few big companies have decided to make the switch from fossil fuels to more clean...show more content...
Many plans have already been suggested by many as to how we can slowly start conserving and changing the ways we live by using newer and
greener types of energy that can benefit both our economy and maybe even the world. Currently, fossil fuels are dominating the global energy sector and
coal, natural gas, and oil accounted for about eighty–six percent of the world's primary energy consumption last year. At the rate we keep using our
limited resources it has been estimated that we could dry up most of our fossil fuels by 2088. It is of course an estimate. Although it sounds like
the deadline is still very far away if we don't consider the options available and start adjusting or at least planning on how to start moving away
from fossil fuels and start innovating new and cleaner ways of using energy then we may face more problems than just our precious fossil fuels
depleting. According to BBC, the Rockefeller family, which made its fortune from oil, has decided to sell their investments in oil and reinvest in
clean energy. This action could maybe influence other big companies to also invest in cleaner energy. The clean energy market is still new and could
hold many opportunities to many businesses. Even with the support of some big companies, others still plan to stick to fossil fuels. Some big
companies refuse to alter their plans on using fossil fuels despite

The Conservation of Energy Essay
The Conservation of Energy
Physics Essay: The Conservation of Energy
Since the beginning of time, energy has pervaded our earth. These days we rely on it to advance in our technological developments. We also need
energy for a variety of other things such as: to keep our bodies alive and healthy, to run our machines and other technical devices, we also rely on
energy to keep warm in winter and cool in summer.
Energy is the ability to do work. People and other things can run out of energy (e.g. a marathon runner) in which case they can no longer have the
ability to do work. In a mechanical situation, if a machine has energy it has the ability to apply a force to another body. There are many different
forms of energy and there are...show more content...
Here is a description of the transformation of energy as a pole–vaulter completes a jump. Firstly, when the pole–vaulter runs forward the muscles in the
legs are doing work as a result of energy to push him/her forward. As the pole digs into the ground and stops, the forward motion of the runner causes
the pole to bend, giving it elastic potential energy. If the pole–vaulter were to let go of the pole at this point, the pole release upwards rapidly. As he
/she jumps off the ground, it slowly releases the elastic potential energy of the pole and transforms it into kinetic energy, forcing the pole–vaulter
upward and forward. If he/she jumps too early, there would not be enough elastic potential energy created to force him/her over the bar. Also if the
pole–vaulter doesn't run fast enough, there will not be the required kinetic energy to force him/her forward over the bar.
Conservation of energy also has another meaning and that is to 'save' energy. As the natural energy sources become scarcer it is important to learn
how to save energy. One way of doing this is to create an energy efficient home. To create an energy efficient home there are many measures that can
be taken to save energy, they include: solar energy, as the sun is a constant natural energy resource we can store that energy and use it to heat out water.
'Sleep mode' on computers, computers are definitely becoming more and more popular in homes,

Conservation of energy and a preservation of the environment are popular and active topics in today's political world. "According to Frost and
Sullivan Transportation, fuel economy has risen to among the top three important factors for current vehicle purchase" (Brooke). Seeing a skyrocket in
gasoline prices and an increase in vehicular pollution shows the need for change in how vehicles are designed. It is undeniably time to evolve beyond
the status quo of the current gasoline driven automobiles that continue to contaminate the atmosphere. The overlaying issue is that these machines
consistently pollute the world while running on a natural resource that won't last the human race for long. Neglect for the automobile–induced pollution
has spread like wildfire, and has been proven to be a key player in the cause of pollution. Change is needed, and the rise of hybrid vehicles leads the
way to that change, boasting cost–effectiveness and hardware that is designed to protect the environment whereas the petrol only based vehicle would
pollute and destroy it.
In the automotive industry, there are drastic improvements and innovations in vehicular technology. These advancements are bred by research about
our world and society, helping us understand how to revolutionize technology so that they can work as efficiently as possible. With the increase in
knowledge, society has become more aware of the carbon footprint that they leave on the environment. In an effort to improve the

Energy Conservation
Energy Conservation What can we do to help Carol D. Patterson Axia College University of Phoenix March 7, 201 Introduction I am doing my
essay on energy conservation. I would like to point out the good and the bad points of energy conservation. What could happen if we do not start
conserving the different kinds of energy we have left? What are the different kinds of energy? How might we put into practice the different kinds of
energy? In my paper, I will explain these forms of energy, the costs, and the time line to get it done. Discussion Energy Conservation There are many
ways to conserve energy. One would be redevelopment in urban or suburban settings. This could bring down the energy costs by changing...show more
content...
Required government, societal, and global support for my plan Former Senators Bob Dole and Tom Daschle is in favor for cleaner fuels and
renewable resources Patrick Mazza, (n.d.). Conclusion Our country and every country on this planet need to start doing something more than just
talking about renewable and nonrenewable resources. The nonrenewable resources will not last forever. We all need to research and start using
renewable resources before it is to late. What will happen if there is no energy for people to use? Will we go back to the Dark Ages where there was
no energy for things we use all the time? We do need to wake up and get moving. References: Issues for Energy Conservation, (n.d.). Issues for Energy
Conservation. Retrieved from http://www.landscapes2.org/issues/EnergyCon on March 6, 2010 Missouri Energy Issues, (n.d.), Missouri Energy
Issues. Retrieved from http://mccaskill.senate.gov/?p=issue&id on March 6, 2010 Berg, L.R. & Hager, M.C. (2007). Visualizing Environmental
Science Biological Resources in L.R. Berg & M.C. Hager (Edu), Visualizing environmental science (Chapter 15) Hoboken, NJ. John Wiley & Sons
Berg, L.R. & Hager, M.C. (2007). Visualizing Environmental Science Environmental Sustainability & Human Values in L.R. Berg & M.C. Hager
(Edu.) Visualizing environmental science (Chapter Two). Hoboken: NJ. John

The Conservation Of Mechanical Energy
Abstract
The purpose of this experiment was to test the conservation of mechanical energy. This was done so by using two different methods: (1) to test the
conservation of mechanical energy using a cart with a load set on a PASCO track attached to a hanging mass by a string and pulley, and (2) to test the
conservation of mechanical energy using a spring attached to a hanging mass. . In the first part of the lab involving gravitational potential energy, the
theoretical value to be consistent with the law of conservation of mechanical energy was 0 J/m, but instead we obtained a value for в€†E/в€†y to
be 0.04772 п‚± 0.00209 J/m. In the second part of the lab involving spring potential energy, the net change in energy should have been 0J, yet we
calculated a value of 3.14 п‚± 0.13 J. Although our result for the first part of the lab was quite accurate and close to 0 J/m, our result for the second
part was not consistent with the theory since the value greatly deviates from zero. The cause of this may have been certain errors while performing the
lab.
Gravitational Potential Energy
Introduction and Theory: The energy that an object has due to its position in a gravitational field due to its position is known as the gravitational
potential energy (О”U). It is known that energy is conserved, so when the cart is released, the potential energy is converted into kinetic energy (О”K).
Due to friction, the equation would be non–conservative, yet the weight of paperclips can be used as a

Energy Conservation Essay
Energy Conservation
SCI/275
Energy conservation is so important. Why you ask? Because of the limited amount of nonrenewable energy sources on Earth, it is important to
conserve our current supply or to use renewable sources so that our natural resources will be available for future generations. Energy conservation is
also important because consumption of nonrenewable sources impacts the environment. Specifically, our use of fossil fuels contributes to air and water
pollution. For example, carbon dioxide is produced when oil, coal, and gas combust in power stations, heating systems, and car engines. Carbon dioxide
in the atmosphere acts as a transparent blanket that contributes to the global...show more content...
It has been shown that natural day lighting increases productivity levels of workers, while reducing energy consumption.
Positive impacts of energy conservation can be extremely rewarding for the future. By utilizing our renewable energies and reducing the amount of non–
renewable energy being used we can save the future of energy. The economy can be renewed by the lower cost of energy. Renewable energy can
also create more jobs. By using wind turbines to produce electricity it creates a great use of our natural resources. This type of renewable energy is
produced by the wind. When the wind blows the turbines turn and create power. Wind energy is the most established of the renewables, constituting
1% of global energy production, or about $51.4 billion in 2008, and accounting for more than 50% of global investment in renewable energy in 2009.
It can also be the most cost–efficient, especially when large installations using large turbines can take advantage of economies of scale. [
(wikinvest.com) ]
Another renewable energy resource is solar energy. Most renewable energy comes either directly or indirectly from the sun. Sunlight, or solar energy,
can be used directly for heating and lighting homes and other buildings, for generating electricity, and for hot water heating, solar cooling, and a
variety of commercial and industrial uses [ (NREL) ]. By absorbing the sun's rays

ENERGY CONSERVATION:
–
Energy conservation is a method to limit or control the use of energy resources in our day to day lives. It is a process which limits or reduces the
amount of energy used. Energy conservation is an important necessity in our day to day lives, as the energy resources present on the Earth is limited.
With the expansion of technology, the use and consumption of energy resources have been increased gradually over the years.Energy conservation can
be done through the efficient use of energy i.e. reducing the consumption of energy resources. Conservation of energy is advantageous both for us and
for the environment too. It is an important aspect which will help us in shaping the lives of our future generations. Energy conservation...show more
content...
It represents or shows the property of an appliance to conserve electricity. It limits from one to five. Each rating shows the efficiency of the product.
The Products with maximum stars are considered to be more energy efficient than others with low star content.
ENERGY CONSERVATION TECHNIQUES:
–
Incandescent lamps has been replaced by CFL i.e. compact fluorescent lamps, which takes low electricity to generate more amount of life and is more
energy efficient.
The CFL were replaced by LEDs as they consume 1/4th of electricity as used by a CFL. It has a longer life than CFL. The government is promoting
the use of LEDs as they are the future.
Switching off electric appliances when not in use could save a lot of electricity.
Tightening of pipe joints can save water and avoid leakages.
Reducing use of lights during daytime.
Using public transports instead of own vehicles.
Using CNG instead of petroleum could save fuels and also helps in reducing pollution.
Use induction in place of LPG cylinders.
Turn off the engines of vehicles at traffic signals could help in saving a lot of

The Conservation Of Energy Lab Essay
Introduction: For the conservation of energy lab three experiments were performed. Terrestrial Gravitation Acceleration, First Law of Thermodynamics
and Centripetal Acceleration vs. First Law of Thermodynamics. Each of the experiments demonstrated the importance of the first law of
thermodynamic and how its present on our daily lives. Therefore, reinforcing the importance of thermodynamics concepts and their role in our society.
Objectives:
Experiment A: Terrestrial Gravitational Acceleration
The main objective of experiment A, was to measure the gravitational acceleration of earth upon between two distinct masses; and to measure and
record time and mass in order to calculate an experimental value for gravity. Experiment B: First Law of Thermodynamics
The main objective was to demonstrate the first law of thermodynamics which states that energy cannot be destroyed or created, therefore, it has to be
conserved in one form or another during a thermodynamic process. For this reason, two traveling cars were used along a low slope slide to harness
gravitational potential energy between two points and see it transformed into kinetic energy. Experiment C: Centripetal Acceleration vs. First Law of
Thermodynamics
The main objective was to find the minimum height required for the travelling car to complete the loop track successfully by thermodynamics forces of
conservation of energy and centripetal acceleration. Moreover, the minimum height also had to satisfy an

ENERGY CONSERVATION :
–
Energy conservation is a method to limit or control the use of energy resources in our day to day lives. It is a process which limits or reduces the
amount of energy used. Energy conservation is an important necessity in our day to day lives, as the energy resources present on the Earth is limited.
With the expansion of technology, the use and consumption of energy resources have been increased gradually over the years.Energy conservation can
be done through the efficient use of energy i.e. reducing the consumption of energy resources. Conservation of energy is advantageous both for us and
for the environment too. It is an important aspect which will help us in shaping the lives of our future generations. Energy conservation solely depends
on the attitude of the people which is the...show more content...
The stars shows the efficiency of the product to conserve electricity. The ratings were done from 1 to five star ratings. The products with the highest
star ratings were considered the most efficient in energy conservation and vice–versa.
Importance of energy conservation :–
Energy conservation is unquestionably important as we are reluctantly reliant on energy for whatever we do in our day to day lives. As we know that
the supply of energy is limited on Earth so we have to spend the energy wisely for the better quality of life.
Reducing the quantity of energy that we use is a good way to save money and decrease energy conservation.
It helps in protecting the environment for future generations and uses because energy saved is energy produced.
Energy conservation leads to sustainable development of the country i.e. development which does not affects the environment.
As per the record, over–use of energy resources leads to erratic climates and climatic changes.
It affects the ecological balance of the

Conservation of Energy
Cheryce Smith
PHY 211
Lab #7
CONSERVATION OF ENERGY
OBJECTIVE
The purpose of this experiment is to calculate the gravitational potential energy through experimental values, to calculate the theoretical potential
energy given the experimental kinetic energy in an isolated system while also using the kinetic energy to find the spring constant, and to compare
kinetic energies and potential energies in an isolated system to see if they are equivalent.
METHOD
To calculate the gravitational potential energy through experimental values, we dropped a racquetball from a height of one meter and measured the
height at which the ball bounced back up from the ground. These values were used to find the total mechanical energy that was...show more content...
Therefore, the initial kinetic energy and the final potential energy should be equivalent. Knowing this, we can solve for the height the ball should have
reached knowing the initial kinetic energy.
12mv2= mgh
Because mass is on both sides of the equation, it can be cancelled out, and the kinetic energy needs to be divided by g in order to find the height, in
meters, that the ball should have reached at its maximum potential energy.
v22g= h

Now, substituting the average velocity from the short–range experiment into this formula, we can find the height the ball should have reached.
3.3822g= h
h= .58 m
The ball should have reached a height of .58 m at maximum potential energy with short–range settings.
Medium Range:
5.4322g= h
h= 1.50 m
The ball should have reached a height of 1.5 m at maximum potential energy with medium range settings.
Long Range:
7.1422g= h
h= 2.60 m
The ball should have reached a height of 2.6 m at maximum potential energy with the long–range settings.
None of the experimental values showed the ball reaching the height at which maximum potential energy was to have occurred. Every trial
measurement fell short of that value (was less than). This would most likely be due to air resistance as it would be acting in the opposite direction of
the ball's path, making the ball's distance traveled less than what would have been theorized.
Part C: Elastic Potential Energy
To

Conservation of Energy Lab Essay
FREE FALL AND CONSERVATION OF MECHANICAL ENERGY
ABSTRACT
Free fall is defined as the ideal falling motion of an object that is subject only to the earth's gravitational field. To prove the law of conservation of
energy, the free fall motion of an object can be represented through 3 different analyses; position of the object vs. time, velocity of the object vs. time,
and acceleration of the object vs. time. It is observed in this ball toss experiment, at any point during the free fall period, the system contains the same
total amount of mechanical energy. This amount is the sum of kinetic and gravitational potential energy.
FREE FALL AND THECONSERVATION OF ENERGY
The law of conservation of energy states that the total amount of...show more content...
Comparison – Position – Compare the coefficient of tВІ to the actual value of ВЅg | Coefficient of t2 (m/s2)| ВЅ g (m/s2)| Percentage of Comparison|
Trial 1| –4.739 m/s2| –4.9m/s2| 3.3%| Trial 2| –4.733 m/s2| –4.9m/s2| 3.4%| Trial 3| –4.793 m/s2| –4.9m/s2| 2.2%| Trial 4| –4.751 m/s2| –4.9m/s2| 3.0%|
Trial 5| –4.746 m/s2| –4.9m/s2| 3.1%| AVERAGES:|–4.752 m/s2| –4.9m/s2| 3.0%| ***There is a 3% difference when comparing the position vs. time
value of 'g' to the constant of g.
Comparison – Velocity– Compare the coefficient of t (value of s. timeifference when comparinght..represent the minimum f=e it was tossed – to
Normal. in these systems remains consrepresented with 'm' slope) to the actual value of g | Coefficient of t (m/s2)| g (m/s2)| Percentage of
Comparison| Trial 1| –9.467m/s2| –9.8m/s2| 3.4%| Trial 2| –9.385m/s2| –9.8m/s2| 4.2%| Trial 3| –9.406m/s2| –9.8m/s2| 4.0%| Trial 4| –9.421m/s2|
–9.8m/s2| 3.9%| Trial 5| –9.494m/s2| –9.8m/s2| 3.1%| AVERAGES:|–9.435m/s2| –9.8m/s2| 3.7%|
***There is a 3.7% difference when comparing the velocity vs. time value of 'g' to the constant of g.
Comparison – Acceleration – Compare the consistency (represented as the median value) of the statistic line in each trial | 'a' from graph(m/s2)| g(m
/s2)| Percentage of Comparison| Trial 1| –9.444m/s2| –9.8m/s2| 3.6%|

Law Of Conservation Energy Essay

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Law Of Conservation Energy Essay