Total rotational kinetic energy of the wheels

Reference no: EM13663204

A 50 kg rider on a moped of mass 75 kg is traveling with a speed of 20m/s. Each of the two wheels of the moped has a radius of0.2m and a moment of inertia of 0.2 kg*m^2. What is the total rotational kinetic energy of the wheels?

Reference no: EM13663204

Questions Cloud

Calculate the current in the circuit one time constant : The capacitor in an RC circuit(R = 110 Ω, C = 50 μF) is initially uncharged. Calculate the current in the circuit one time constant (τ=RC) after the circuit is connected to a 9.0 Volt battery

What mass of water-final temperature : What mass of water at 25.0° C added to a Styrofoam cup containing two 60.0-g ice cubes from a freezer at -17.0° C will result in a final temperature of 5.0°C for the drink?

Define what happens to the lost kinetic energy : Two frisky grasshoppers collide in mad air at the top of their respective trajectories and grab on to each other, holding tight there-after. Define what happens to the lost kinetic energy

Find the tension in the string that connects the blocks : A block of mass m1 = 10 kilogram is located on the 30 degree inclined plane and connected to a second hanging block of mass m2 = 8 kilogram by a string passing over a small, Find the tension in the string that connects the blocks

Total rotational kinetic energy of the wheels : A 50 kg rider on a moped of mass 75 kg is traveling with a speed of 20m/s. Each of the two wheels of the moped has a radius of0.2m and a moment of inertia of 0.2 kg*m^2. What is the total rotational kinetic energy of the wheels?

Calculate the secondary voltage and the primary current : A step up transformer is used on a 110 Volt line and supplies a load with 2.0 A. Calculate the secondary voltage, the primary current, and the power output

Backpack is hung from the middle of an aluminium wire : An 85.0N backpack is hung from the middle of an aluminium wire where there is a 3.00 degree angle created on each side. The temperature of the wire then drops with 20.0 C. Discover the tension in the wire at the lower temperature.

First you decide business report : First You Decide business repor

Compute the radius of the resulting circular path : An electron traveling at 362 m/s enters a 9.5 T magnetic field. The angle between the velocity and the field is 56 degree. Compute the radius of the resulting circular path

User Account

All Pages