13. (Note: Here, the non-conservative force increases the kinetic energy of the object.) Fireworks are used to celebrate the New Year. One such firework is the baby rocket, which is attached to a stick, ignited, and allowed to fly off. One such baby rocket of mass 200 g was launched from rest and follows an erratic path towards an altitude of 29 m above the launch point. If the ignitable material in the rocket provides 425 J of work via a non-conservative force, what would be the velocity of the rocket at 29 m? Ignore the effects of air resistance and the decreasing mass of the rocket.

College Physics
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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61 m/s is the answer for this but i dont know how to solve it.

Work Done by Non-Conservative Forces
13. (Note: Here, the non-conservative force increases the kinetic energy of the
object.) Fireworks are used to celebrate the New Year. One such firework is the
baby rocket, which is attached to a stick, ignited, and allowed to fly off. One such
baby rocket of mass 200 g was launched from rest and follows an erratic path
towards an altitude of 29 m above the launch point. If the ignitable material in the
rocket provides 425 J of work via a non-conservative force, what would be the
velocity of the rocket at 29 m? Ignore the effects of air resistance and the
decreasing mass of the rocket.
14. Solve for the
Transcribed Image Text:Work Done by Non-Conservative Forces 13. (Note: Here, the non-conservative force increases the kinetic energy of the object.) Fireworks are used to celebrate the New Year. One such firework is the baby rocket, which is attached to a stick, ignited, and allowed to fly off. One such baby rocket of mass 200 g was launched from rest and follows an erratic path towards an altitude of 29 m above the launch point. If the ignitable material in the rocket provides 425 J of work via a non-conservative force, what would be the velocity of the rocket at 29 m? Ignore the effects of air resistance and the decreasing mass of the rocket. 14. Solve for the
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