A cylinder is placed at the top of a hill and released from rest. Assuming that it rolls without slipping, how fast will it be traveling when it reaches the bottom. The diameter of the cylinder is 75 mm, the mass of the cylinder is 10 kg, the coefficient of static friction is 0.4, the hill is 2.5 m tall and is sloped at 30 degrees. Give your answer rounded to 2 decimal places. Which of the following parameters contributed to the velocity of the cylinder? Mark all that apply O Height of the hill O Slope of the hill O Mass of the cylinder O Size of the cylinder

The displacement of an object or particle with respect to time is expressed as a vector. The metre per second (m/s) is the common unit of velocity magnitude (also known as speed). The centimetre per second (cm/s) is another way to express velocity magnitude. Depending on the number of dimensions involved, the direction of a velocity vector can be expressed in several ways.

Velocity is a relative concept. Consider a car travelling northward at 20 m/s relative to the surface of a highway. When you're driving, the car's velocity relative to your body is zero. The velocity of the car relative to you is 20 m/s northward if you stand by the side of the road.

Learn more about Velocity

https://brainly.com/question/25749514

#SPJ4