Water falls from a height `500m`, what is the rise in temperature of water at bottom if whole energy remains in the water ? `(J=4.2)`

Water falls from a height 500 m. what is the rise in temperature of water at bottom if whole energy remains in the water?

Water falls from a height 500 m. what is the rise in temperature of water at bottom if whole energy remains in the water?

Water falls from a height of 50 m. Calculate the rise in temperature of water when it strikes the bottom. ( g = 10 ms^(-2) , sp. heat capacity of water = 4200 J//kg^(@)C )

Water falls from a height of 200 m. What is the difference in temperature between the water at the top and bottom of a water fall given that specific heat of water is 4200 J kg^-1 ^@C^-1 ? A. 0.96^@C B. 1.02^@C C. 0.46^C D. 1.16^@C

Water drops from a height of 50 m in a waterfall. Find out the rise in temperature of water, if 75% of its energy is converted into heat and absorbed by water. (J = 4.2 xx 10^(7) erg cdot cal^(-1) , g = 9.8 m cdot s^(-2))

Water fall from height 63m. Find temperature difference of water between top and bottom position.

Victoria falls in Africa is 122 m in height. Calculate the rise in temperature of the water if all the potential energy lost in the fall is converted into heat.

Victoria falls in Africa is 122 m in height. Calculate the rise in temperature of the water if all the potential energy lost in the fall is converted into heat.

A waterfall whose vertical height is 100m discharges water into a pool below the fall. Calculate the rise in temperature of water assuming that all the heat remains in the water. (Specific heat capacity of water =4200J kg^(-1)K^(-1) )