A hanging weight with a mass of m = 14.0 kg falls a distance of h = 8.1 m causing paddles to turn in a tank of water. If the mass of the water is mw = 0.5 kg, what is the maximum possible change in the temperature of the water?

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A hanging weight with a mass of m = 14.0 kg falls a distance of h = 8.1 m causing paddles to turn in a tank of water. If the mass of the water is mw = 0.5 kg, what is the maximum possible change in the temperature of the water?

Physics
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Options: T = 5.74o C T = 0.019o C T = 0.53o C T = 0.68o C
The weight has a reduction of potential energy as it falls. This potential energy change is given by what equation? Hint: think gravitational potential energy.
dont know it

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Other answers:

m*9.8*h=111.32
1111.32
what class are you taking?
i got it
now what
Right mgh
If (and that is a big "if") all of that energy lost in the change in gravitational potential energy were somehow converted into heat energy to heat water, what equation would you use to relate a heat energy input to a change in temperature of the water?
No thoughts?
Have you studied thermodynamics?
Does the equation:\[Q=mC \Delta T\] ring a bell?

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