* The ability of an intent to produce a throw in itself or in the world around it.
Types of strength
* energizing
* Energy resulting in motion
* Kinetic Energy = ((mass × velocity)/2)^2
* Potential
* Stored goose egg
* Potential Energy = large number × Force of Gravity × Height of the Object
* Thermal
* Its impossible for an object to show its full potential, so the leftover/unused energising and potential verve turns to thermal energy
* Caused by friction and makes heat
* mess Energy
* Every object with mass has some sort of energy despite gravities relativity
* Energy= (mass ×speed of light)^2
Conservation of Energy
* Always feeling for new ways to transfer energy because
* Total total of energy in something always stays constant as long as the transcription is c withdrawd, isolated and undisturbed.
* Closed system is a system that doesnt gain or lose mass.
* Mass is energy, therefore, youre not taking or gaining energy in a closed system.
* Therefore, in a closed system, energy can neither be created nor destroyed, rather, energy is conserved.
* Energy=Kenetic Energy+Potential Energy
* Example
* Pendulums
* When you drop the pendulum at a real distance, the final energy will never exceed the initial energy. (Swings will never exceed its initial height unless soulfulness adds more force).
Trebuchet
1) One fact in the video that impress me is that despite how practical something may look in a picture that was drawn by someone as adroit as Leonardo Da Vinci; it might be irrelevant in the real world.
2) One thing I well-educated is that you can stabilize a wobbly trebuchet by just adding wheels to keeps its momentum… and to obviously keep the trebuchet from potentially falling over.
3) Potential Energy is stored energy within an object.
4) Kinetic energy is energy released from the resulting motion.
5) The Potential Energy in the lever...If you take to get a full essay, order it on our website: Ordercustompaper.com
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