What will be the angular speed of the cylinder

Reference no: EM13998159

A Rope is wrapped around a cylinder with a diameter of 500 cm. When the rope is pulled, it causes the cylinder to rotate around an axis through its center. If the cylinder starts from rest, and the tension in the rope is a constant 20.0 N, what will be the angular speed of the cylinder after 6.00 s?

Reference no: EM13998159

Questions Cloud

What is the kinetic energy of the car at point b : A roller-coaster car with a mass of 1200 kg starts at rest from a point 20 m above the ground. At point B, it is 9 m above the ground. If the work done against friction between the starting point and point B is 40,000 J (40 kJ), what is the kineti..

Why does the exact shape of the hill not matter : You may neglect friction and air resistance. (For clarification: the bottom of the hill is at ground level, as is the bottom of the loop). How high must the hill be to ensure that the car doesn't fall off the loop? [Hint: first, find symbolically..

Sketch the energy graph for the potential energy : Sketch the energy graph for the potential energy and the total energy of the spring-object system as a function of compression distance x from x = -xmax to x =0.

What is its average velocity over this time interval : A rolling ball moves from x1 = 8.5cm to x2 = -4.2cm during the time from t1 = 3.0s to t2 = 6.7s. What is its average velocity over this time interval?

What will be the angular speed of the cylinder : A Rope is wrapped around a cylinder with a diameter of 500 cm. When the rope is pulled, it causes the cylinder to rotate around an axis through its center. If the cylinder starts from rest, and the tension in the rope is a constant 20.0 N, what wi..

What is the ball speed at the top of the ramp : A 20cm-diameter, 6 kg bowling ball rolls without slipping along a horizontal floor at 4.0 m/s. The ball then rolls up 1.0m high, 30 degree ramp. Rolling friction is negligible. What is the ball's speed at the top of the ramp?

Find the real and imaginary parts : Find the real and imaginary parts, u(x, y) and v(x, y) of the following functions: f(z) = sin z

How fast will the water be traveling when it leaves the pump : A rotating water pump works by taking water in at one side of a rotating wheel, and expelling it from the other side. If a pump with a radius of 0.120 m starts from rest and accelerates at 35.0 rad/s2, how fast will the water be traveling when it ..

Find the angular deceleration and the total time of rotation : The wheel then slows down with a constant deceleration until it stops. If the wheel rotates through a total angle of 325 radians from t=0 to the instant when the rotation ceases, find the angular deceleration and the total time of rotation.

User Account

All Pages