Compute the maximum amount of ice that will melt

Reference no: EM13659587

An 8.61 kg block of ice at 0 degreeCelsius is sliding on a rough horizontal ice house floor (also at 0 degreeCelsius) at 15.4 m/s. Suppose that half of any heat generated goes into the floor and the rest goes into the ice.

Compute the maximum amount of ice that will melt?

Reference no: EM13659587

Questions Cloud

Evaluate the maximum speed and acceleration of the mass : A 150 g mass attached to a spring with a force constant of 45.0 N/m vibrates on a horizontal, frictionless surface in simple harmonic motion with amplitude of 5.00centimeter. Evaluate the maximum speed and acceleration of the mass

Calculate what is the frictional force on the car : A car drives around a curve with radius 410 meter at a speed of 32m/s. The road is banked at 5 degree. the mass of car is 1400 kilogram. Calculate what is the frictional force on the car

Find the gravitational potential energy : A spoon is raised 21.0 centimeter above a table. find the gravitational potential energy associated with the spoon

Find how come the magnetic field created by the loop : There is a Square loop with a current going clockwise inside of a solenoid with a current going clockwise. Find how come the magnetic field created by the loop plays no roll in finding the magnetic force on each side of the loop

Compute the maximum amount of ice that will melt : An 8.61 kg block of ice at 0 degreeCelsius is sliding on a rough horizontal ice house floor (also at 0 degreeCelsius) at 15.4 m/s. Compute the maximum amount of ice that will melt

Obtain the accelerations of both the mass and the cylinder : A 10 kilogram mass hangs on a rope wrapped around a freely rotating 2 kilogram cylinder of radius 10 centimeter. Find the accelerations of both the mass and the cylinder

Obtain the altitude of these satellites above earth surface : Many satellites are moving in a circle in the earth's equatorial plane, Obtain the altitude of these satellites above the earth's surface

Evaluate the normal force of the floor on the ladder : A 100 kilogram man is three fourths of the way up a 10 meter ladder that is resting against a smooth frictionless wall. Evaluate the normal force of the floor on the ladder

Estimate how far up the ramp will it go before stopping : A cycle wheel with a mass of 2.5 kilogram and a radius of 33 centimeter rolls across a horizontal floor with a translational speed of 1.5 m/s. Obtain how far up the ramp will it go before stopping

User Account

All Pages