How much force F must be applied tangentially to the handle of the screwdriver to generate a torque of 7. A boat, which has a speed of What will be the direction of motion b of m2 after the collision? With what velocity would this rocket have to be launched from the surface of Callisto in order for the rocket to escape the gravitational effects of Callisto? The wheel is initially at rest.

A boat heads directly across a stream, which has a current of 4. Support your answer with calculations! What is the height of this incline? What is the magnitude of the torque being applied to the wheel? What will be the resulting angular acceleration of this ring? What is the total work done on the wheel during the 5. What will be the magnitude of the gravitational force component opposing the motion of the sled up the incline?

What are the units of the slope of this line?

What velocity would be required for this rocket to orbit Venus at an altitude of km.? A vector, which is a directed line segment, can be used to represent any physical quantity which requires both direction and magnitude for a complete description.

The rubber stopper is measured to complete 10 revolutions in 8. Get homework answers from experts in math, physics, programming, chemistry, economics, biology and more.

## CHEAT SHEET

How much kinetic energy was lost in this inelastic collision? What will be the velocity of this boat speed and direction! A force of lbs [F in] is applied homewrok the input of the pulley system in order to lift the engine.

A mass at the end of a string, which is 2. How much work will be done against the gravitational force in moving the crate to the top of the incline?

A meterstick is pivoted at one end by a nail inserted through the 2. Assuming that this block of wood blocks the sensor for a time interval of 0. What will be the maximum gravitational energy contained in the ballistics pendulum when it reaches the maximum angle? What is the magnitude of the centripetal acceleration of the stopper as it circles over your head?

## Angular Kinematics1

Upload document Create flashcards. How much force must be applied to the string in order to keep this stopper moving in this circular path at a constant speed? How much energy was lost in this collision? How much energy was lost as the bullet was lodged in the block of wood?

What physical quantity is represented by this tangent line? Through what angle will this engine rotate each minute? A rubber stopper, which has a mass of What is the minimum speed you would calculate for this block based on these error limits?

What will be the speed of this ball when it lands on the roof? How far will the block slide along the horizontal surface before it comes to a halt?

What is the coefficient of static friction ms between the block of wood and the horizontal surface?

What will be the IMA of a simple machine which consists of a system of eight pulleys used as shown to the right? What would be the magnitude of the centripetal acceleration of this person?

On the graph below sketch the velocity of this automobile as a function of time. How much torque is being applied? What will be the tensions, T2 and T3, in the string? How long will it take for mass m2 to reach the floor?

# Angular Kinematics1

How high will the ball be when it reaches the highest point? What is the angular velocity of the wheel? Be sure to show the direction of each force as an arrow and label each force clearly! What is the physic speed you would calculate for this block, based on these error limits?

How long after the ball is thrown will the ball be found meters above the ground?