Determine what force would be required on the chain

Reference no: EM13672566

A bicycle wheel has a diameter of 66 centimeter and a mass of 2.0 kilogram. Suppose the wheel has the characteristics of a hoop. A chain is driving the wheel over a 10.0 centimeter diameter sprocket that is attached to the wheel. If a resistive force of 100 Newton were applied tangent to the rim of the wheel, determine what force would be required on the chain to achieve an acceleration of 5.0 rad/s²?

Reference no: EM13672566

Questions Cloud

Determine what is her time for the sprint : Suppose that a sprinter is capable of an acceleration of 4 m/s2 over the first 14 m, and from then on runs at top speed. Determine what is her time for the 100 m sprint

Determine what is the length of the wire : A wire carries a current of 0.66 Amp. This wire makes an angle of 58 degree with respect to a magnetic field of magnitude 5.70 x 10-5 T. Evaluate what is the length of the wire

Obtain the angle between the wire and the magnetic field : A wire of length 0.675 meter carries a current of 21.0 Amp. Find the angle between the wire and the magnetic field

Obtain how long does the train take to travel : A rapid transit train accelerates at 1.5 m/s^2, cruises at 25 m/s, and decelerates at 3.5 m/s^2 when stopping. obtain how long does the train take to travel from one to the other

Determine what force would be required on the chain : A bicycle wheel has a diameter of 66 centimeter and a mass of 2.0 kilogram. determine what force would be required on the chain to achieve an acceleration of 5.0 rad/s2

What is the annual compound interest rate : What is the annual compound interest rate

Evaluate the distance beam is compressed along its length : If the length of the beam is 4 meter and its cross-sectional area is 7.5 x 10-3 m2, evaluate the distance the beam is compressed along its length

Obtain what the magnitude of the total torque on meter stick : A meter stick is initially at rest in a horizontal position. It is free to rotate about the 50 centimeter point. Obtain the magnitude of the total torque on meter stick

Obtain the constant acceleration of the wheel : A rotating wheel requires 5.0 second to complete 50 revolutions. Its angular speed at the end of the 5.0 second interval is 75 rad/s. Determine the constant acceleration of the wheel

User Account

All Pages