A sled, which has a mass of BOTH are required for full credit in any vector problem! What will be the vertical velocity of the marble as it reaches the floor? The wind, in turn, is blowing due South with a velocity of What will be the magnitude of the normal force acting on this sled as it is pulled to the right at a constant speed? What is the magnitude of the gravitational force acting on this sled as it is pulled to the right at a constant speed?

What will be the velocity of the cart when it reaches the bottom of the incline? Is this collision elastic or inelastic? What is the coefficient of sliding friction between the crate and the horizontal surface? Graph at right Answers to opposite side: Determine the average acceleration during each time interval. What is the magnitude of the force required to push this crate up the incline at a constant speed?

What are the magnitude and direction of the centripetal force acting on this car when at the location shown? What will be the relative velocity between these two balls at the moment they collide?

What will be the velocity of this airplane as measured from the ground? What minimum mass m1 is required to lift the load question? A ball, which has a mass of 3.

What will be the average speed of the ball from the time it is thrown until the time it strikes the ground? Use our mirror especially handy if you homework to stop by our Linkedin wave booth to get homeworm professional head shot Grab a breath mint Get ideas about physics to ask Pick upan event 85 to homework you plan your visitEmployer Showcase Meet representatives from organizations and companies from a variety of geographic locations and sector including all three levels of government ALL students in ALL disciplines undergraduates and graduates are welcomeEducation Expo Talk with reps from wave schools Talk with reps from professional schools e.

How far will this car move during this 3. A ball, whose mass is 0.

## Physics homework #85 sound waves

Assuming negligible friction, how many pulleys are there in this pulley system? Where will these two balls be when they collide? What will be the period of this orbit?

How much work was done to this sled by the applied force?

What is the coefficient of sliding friction between the crate and the horizontal surface? An automobile goes How much does this minimum speed differ from the calculated speed in 6 above? As a result m 1 accelerates up the incline at a constant rate. Suond time from the release of the ball until its return to the ground is measured to be 5.

wavfs What was the initial gravitational potential energy, relative to the floor, of this mass while sitting on the floor? What will be the magnitude of the centripetal acceleration of this ball? Suppose that the wheel has an initial angular velocity of A satellite is to orbit the Earth so that its period is 2. What is the velocity of the second car relative to the first car?

# Physics homework #85 sound waves. Essay Writing Software.

What is the magnitude of the single upward force that could support the weight of this bridge? What will be the velocity of each ball just as they collide? How much work was done against the frictional force as the crate is pushed to the top of the incline?

What is the gravitational potential energy of the roller homweork while at the top of the hill?

Make a bar graph comparing the prediction of your equation with the plotted displacement at 0. What is the spring constant for this spring?

How many “g’s” is this acceleration? A spring scale waaves attached to a hook on the end wavess the block and is pulled until the reading on the scale is What is the angular velocity of the wheel? A simple machine, which has an IMA of 6. Soind walker is standing part way across the rope as shown.

This crate is then pushed up the incline at a constant force. At the exact same moment a friend throws a second ball upward from the ground with a velocity of Though people were upset that she appeared slimmer in the photo, Graham said that in physics, she hasn’t lost any weight.