What average thermal power is produced as the rock stops

Reference no: EM13332983

A 20.0kg rock slides on a rough horizontal surface at 5.50 m/s and eventually stops due to friction. The coefficient of kinetic friction between the rock and the surface is 0.300.

What average thermal power (Watts) is produced as the rock stops?

Reference no: EM13332983

Questions Cloud

Marginal cost is equal to marginal revenue : In economics, when you plot cost and revenue on the Price-Quantity axis, the profit maximization condition is when marginal cost is equal to marginal revenue. This is a crucial notion to understand. Without it one can't effectively analyze profits.Do..

How far up along the hill does she travel before stopping : A woman on a bicycle traveling at 10m/s on a horizontal road stops pedaling as she starts up a hill inclined at 3.0 degrees to the horizontal

How much of the cars weight is supported by the rear wheels : A 1500 kg car is driven onto a pair of ramps so that it fronts wheels have been raised 0.3 m above the rear wheels. How much of the car's weight is supported by the rear wheels

Which model of planned change best suits the david jones cas : Which model of planned change best suits the David Jones case study

What average thermal power is produced as the rock stops : A 20.0kg rock slides on a rough horizontal surface at 5.50 m/s and eventually stops due to friction. What average thermal power (Watts) is produced as the rock stops

Value is created during the process : Value is created during the process

What has happened to u.s. household debt over the past three : What has happened to U.S. household debt over the past three years? What has happened to U.S. household savings over the same time period?

How much energy per year do they use for lighting : There are 50x10^6 homes in the US. Each home has one light bulb which runs one hour per day. all have 75watt light bulbs. How much energy per year do they use for lighting

Explain the chemical formulas nf3 and nabf4 : Choose the answer which presents the chemical formulas NF3, NaBF4, and BF3 in order of increasing solubility of the substances with these formulas in hexane (lowest solubility listed first)

User Account

All Pages