### PHYSICS HOMEWORK #31

Gravity wikipedia , lookup. When will this ball be meters above the ground? What is the orbital velocity of Io about Jupiter? How much work will be done by the applied force on the crate as it is pushed to the top of the incline? What is the magnitude of the gravitational force of the Earth on the moon? What must the velocity of this satellite be in order for the satellite to remain in a stable orbit? The room begins to spin very fast until at some point the floor beneath you “falls out”.

What would be the linear speed of a person standing on the outer rim of the space station as shown to the right? What must the velocity of this satellite be in order for the satellite to remain in a stable orbit? What will be the magnitude of the centripetal force acting on this ball? What will be the magnitude of the frictional force between m2 and the horizontal surface? What will be the tension in the string as m 1 accelerates to the floor? Centripetal force wikipedia , lookup Gravity wikipedia , lookup Inertia wikipedia , lookup Centrifugal force wikipedia , lookup Fictitious force wikipedia , lookup Classical central-force problem wikipedia , lookup Newton’s laws of motion wikipedia , lookup Kinematics wikipedia , lookup Force wikipedia , lookup Rigid body dynamics wikipedia , lookup Equations of motion wikipedia , lookup Classical mechanics wikipedia , lookup Mass versus weight wikipedia , lookup Newton’s theorem of revolving orbits wikipedia , lookup Coriolis force wikipedia , lookup Jerk physics wikipedia , lookup Specific impulse wikipedia , lookup Relativistic mechanics wikipedia , lookup Vibration wikipedia , lookup Seismometer wikipedia , lookup Center of mass wikipedia , lookup Modified Newtonian dynamics wikipedia , lookup G-force wikipedia , lookup.

What is the coefficient of sliding friction between the sled and the icy horizontal surface? What are the units of the slope of this graph?

A crate, which has a mass of Complete the free body diagram showing all the forces acting on the sled. What will be the period of this orbit?

## Physics homework #31 second law

What will be the maximum frictional force available to this car as it passes through the curve? Center of mass wikipedialookup. What will be the magnitude of the centripetal force acting on this satellite? In direction should this boat be aimed if it is to go directly across the river?

What will be the velocity of this ball at the highest point? What will be the magnitude of the normal force acting on this car? According to this information what is the mass of the planet Jupiter?

What is the mass m1 required to produce equilibrium about the What is the torque supplied by the gram mass about the What is the magnitude of the frictional force acting on this sled?

How long will it take for this satellite physicx orbit the Earth once?

# PHYSICS HOMEWORK #31 NEWTON`S LAWS SECOND LAW ΣF=ma

Relativistic mechanics wikipedialookup. What is the magnitude of the force required to push this crate up the incline at a constant speed? Suppose that this boat was aimed directly up stream. FN – up, F f – down and left [toward the center], Fg – straight down 19b. What is the AMA of this inclined plane? How long will it hommework for m1 to reach the floor? Three weights are hung from a meterstick, which phsics a mass of grams, as shown in the diagram to the right.

What is the efficiency of this inclined plane? A satellite is designed so that it will orbit the Earth once every How long will it take for the stopper to move around the circular path 10 times?

# Physics, Homework, etc. – Burtson Physics

What is the rate of acceleration of this crate as it slides to the bottom of the inclined plane? What will be the magnitude of the centripetal acceleration of this satellite?

How far from the base of the building will the baseball strike the ground? Is this car going too fast to make it safely through the curve? What will be the tension T in the string?

Complete the free body diagram showing all the forces acting on the crate. What is the magnitude of the frictional force acting on this crate? What velocity will be required to maintain this orbit?

A car is moving down a highway with an initial velocity of What is the mass of m1?