Page 3 15 (a) Conservation of Energy lookg V = you 5m choose A Is 5m...

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Page 3 15 (a) Conservation of Energy lookg V₂ = you 5m choose "A" Is 5m Exam 2 "B" (Sall going to) Choose an initial velocity, and make sure that it has two decimal places (vo= 60.38 Find the initial Kinetic energy (in Joules). V₁=0 M/s1 100kg hg ạ? for example). (6) When at point "A", what is the new velocity and energy? Both should be larger than at the top of the kill. Kinetic er © when at point "B" what is the velocity and Kinetic energy? both should be larger than point "A". Page 3 15 (a) Conservation of Energy lookg V₂ = you 5m choose "A" Is 5m Exam 2 "B" (Sall going to) Choose an initial velocity, and make sure that it has two decimal places (vo= 60.38 Find the initial Kinetic energy (in Joules). V₁=0 M/s1 100kg hg ạ? for example). (6) When at point "A", what is the new velocity and energy? Both should be larger than at the top of the kill. Kinetic er © when at point "B" what is the velocity and Kinetic energy? both should be larger than point "A". Page 3 15 (a) Conservation of Energy lookg V₂ = you 5m choose "A" Is 5m Exam 2 "B" (Sall going to) Choose an initial velocity, and make sure that it has two decimal places (vo= 60.38 Find the initial Kinetic energy (in Joules). V₁=0 M/s1 100kg hg ạ? for example). (6) When at point "A", what is the new velocity and energy? Both should be larger than at the top of the kill. Kinetic er © when at point "B" what is the velocity and Kinetic energy? both should be larger than point "A".

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The concept of conservation of energy which asserts that if a system is subject to only conservative ... View the full answer