Two objects are in Free Fall, so both objects can be considered weightless. Object A has a much smaller mass than Object B. An equal force is applied to both objects. A. Object A will accelerate more than Object B because B has greater inertia than A B. Object B will accelerate more than Object A because B has less inertia than A C. Both will accelerate at the same rate because they are weightless D. Both will accelerate at the same rate because there is no inertia in outer space E. This is a trick question. Objects have no mass in outer space A hammer is accidentally thrown out of the starship Enterprise. Now that the hammer is moving, there is no additional force applied. After a short time A. The hammer will come to an abrupt stop B. The hammer will change direction C. The hammer will continue moving with the same speed and direction D. The hammer will slow down E. There is not enough information to answer this question.View keyboard shortcuts

3. Starting from rest, a 125 kg body experiences a force of 150 newtons acting on it in a direction parallel to the positive x-axis and a force of 125 newtons acting at 45° with respect to the positive x-axis. a. What is the net force acting on the body? Include direction. b. What is the acceleration of the body? c. What velocity does it reach after 2.5 seconds?

1.A 150.0g hockey puck is placed on the floor of a bus. The coefficient of kinetic friction between the puck and the floor is 0.654. How far will the puck travel in 1.50 seconds if the bus slows down at a rate of 30.0 m/s 2? Include a free body diagram including any fictional forces. The puck starts from rest.

mi m₂ It is released from rest with m₁ = 12.0 kg and m₂ = 10.0 kg. a. Draw two free body diagrams. b. Solve for the acceleration. c. Then solve for the tension in the string

Two blocks are attached by a string , and are acted upon by a force F, as shown, The system accelerates in the x direction across a smooth table with an unknown acceleration. The tension in the string between the two masses is 20.0 N. a) What is the value of the acceleration ? L. m,-8.0 kg m=2.0 kg T20.0 N Your Answer: Answer units

A parachutist jumps from a plane. Which statement is incorrect? A. Their acceleration is greatest as soon as they jump B. At terminal velocity, the resultant force is highest C. Acceleration decreases as their speed increases D. Their speed is lowest as soon as they jump

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Two objects of masses m1 and m2, with m1 greater than m2, are connected by a string and sit on a perfectly smooth horizontal surface. Mass m2 is to the right of mass m1. A horizontal force F, directed to the right, is applied to m2, accelerating the bodies to the right. Which statement correctly describes the magnitude of the tension force in the string connecting the two masses? a. The tension is less than F but greater than zero. b. The tension equals F. c. The tension equals zero. d. The tension is greater than F. e. An expression for the tension magnitude cannot be determined without more information.

Explain Newton's second Law and solve related problems Given a block which is at rest on a perfectly flat smooth table. You push with your hand horizontally on the block with some force. If the mass of the block = 2.00 kg and the acceleration of the block = 5.00 m/s2 then what is the force on the block from your hand in SI units?   a. 2.50 N   b. 0.100 N   c. 0.400 N   d. 10.0 N   e. zero

F-H Only! Please