Energy
Bobby, of mass m, and Sally, of mass 0.75m, slide down the same frictionless slide. Who has more kinetic energy at the bottom of the slide?
What would happen to the amount of work done by gravitational forces on an object dropping freely from rest, if its dropping distance were halved but its mass were doubled in anticipation of assessing work-energy principle?
In a pendulum swing at its highest point, what kind of energy is at its maximum?
When an oscillating spring subject begins from rest and starts to compress, how does it store energy?
If a block slides down a frictionless inclined plane, then immediately enters a horizontal section with kinetic friction before coming to a stop, which factor would most significantly alter the block's final displacement?
A box slides across a horizontal surface with constant speed; what can be said about the net work done on the box?
A 3kg block is situated on a ramp with a vertical height of 2m. What is the velocity of the block at the bottom of the ramp?
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If we modify a spring constant (k) experiment by using springs with quadruple stiffness while compressing them half as much as initially, how does it affect potential energy stored in the spring?
In the context of finding the power output of a cyclist, what effect would doubling only the speed have on the power required to maintain that new speed?
Which expression describes power in terms of work done over time?