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I know that power is your work over time as it is measured in joules. There are different types of potential energy being gravitational and spring

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Work is the force applied to a system over distance/ the change in energy, and power is work over time.

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How to solve spring problems

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work and gravitational energy are essentially the same.

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That the spring constant isn't really constant, but changes according to the stiffness of a spring

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Work on a system is how energy changes, but their are multiple system, because some system losses energy, such as non conservative system.

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I need to know spring potential.

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I now know that gravitational potential energy says that gravity could act on an object and that its equation is mgh.

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I know that PE = mgh.

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Law of Conservation of Energy and how energy is transferred

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Potential and Kinetic are different types of energy. energy cannot be created or destroyed

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I think power is how fast work is done

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I think I know that the law of conservation of energy is for isolated systems.

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I know that energy or work is measured in joules. There is potential energy and kinetic energy potential being before you perform the action while kinetic is during the action. Power on the on the other hand is measured in watts after that I'm open to more info on the subject.

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I know that total energy is the sum of all types of energy and that work equals displacement times the constant force. There is thermal, chemical, spring, nuclear, gravitational, and many more types of energy. The more force, the more work, the greater displacement, the greater the force. Work is measured in Joules which is measured in Newton meters. I know that power is work over time and that kinetic energy is .5mv squared. I know that the law of conservation and energy states that matter cannot be created or destroyed.

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Energy can not be created nor destroyed (Law of conservation of energy)

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I need to remember to do each part of an equation individually. Also in general just remember all the equations, and I think I will be fine.

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To make a better use of the formula and situation given to me to solve the problem.

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I need to not second guess myself and feel confident in my answer

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I need to remember to not potato, and make things overly complicated.

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I feel good honestly. I just need to motivate myself to not stop too quickly in a problem because I am always on the right track.

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I have learned there are two potential types of energy is gravitational and sprint Potential energy.

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There is another type of potential energy such as gravitational potential energy besides spring potential energy

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To remember to find force too

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There are different types of potential energy like gravitational and spring potential energy. There are also many equations for work, energy, and power.

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The unit for work, kinetic energy, gravitational potential energy, and potential spring energy are all joules, while the unit for power is the watt. I also know that a watt is joules/second. I know all their formulas and that energy can be neither created nor destroyed.

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The definition of work is how much force is applied over a set distance (The object has to be moved). Mechanical energy is the total amount of energy in a closed space that remains constant. The units for Potential energy, kinetic energy, and work is joules while the unit for power is Watts. A whole more equations also.

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Power has two equations. Kinetic energy is equal to .5(mass)(velocity^2). Work is defined as when you apply a force to a system. And there is also a specific potential energy for a spring force

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Power average= work over time, equation for gravitational potential energy is Ug=M x G x H

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The unit watt is found by joules over seconds.

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Now I know the equation for work, Kinetic energy, spring energy. I now know how to use integration to find the amount of work that is not constant. Power is just work over time. Joules is the unit for the amount of work that is done along side energy

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Relationships between Force, work, power, and energy

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I know a lot of equations now.

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Now I know the work-energy theorem. And the relationships between potential energy and kinetic energy.

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I think I know the Law of Conservation of Energy, as well as some of the formulas for finding energy and work.

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I think I know the Law Of Conservation of energy. That it's only considered work if there is a physical displacement. If you get a power tool to help you perform a certain task easier, more work isn't being done, it's only more power.

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Energy can be neither created nor destroyed, but it is transferred and can change forms, such as from chemical energy to heat energy.

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I know the law of conservation of energy which is that energy can't be created or destroyed. That's why we will always have the same amount of energy in Earth, unless something comes crashing down from outer space with energy.

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It takes work to create force. Energy can not be created or destroyed. Eventually energy will be too spread out in the universe to be able to sustain life.

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W = Int(Fdr); KE = 1/2 mv^2; U = mgh, Ui + KEi = Uf + KEf for conservative forces; Ui + KEi + W = Uf +KEf

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law conservation of energy, potential energy.

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Energy can't be created neither destroyed. There is even energy that are renewable.

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Energy cannot be created nor destroyed. energy can be converted to other forms of energy

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I know that energy cannot be created nor destroyed

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PE= energy in joules

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P= W/t