In the given figure below, both masses m1 and m2 are attached with a string. Mass m1 is moving on its right, and mass m2 is moving downwards. Select the correct statement from the following choices: T m₂ O Mass m1 (on the table) and mass m2 (hanging mass) have forces acting on them, along their horizontal axis only. O Mass m2 (hanging mass) has forces acting on it along its vertical axis only, while mass m1 (on the table) has forces acting on it along both, its horizontal and vertical axis. O Mass m1 (on the table) and mass m2 (hanging mass) have forces acting on them, along their vertical axis only. O Mass m2 (hanging mass) has forces acting on it along its vertical axis only, while mass m1 (on the table) has forces acting on it along its horizontal axis only.

Two people, one of mass 100 kg and the other of mass 50 kg, stand facing each other on an ice-covered (essentially frictionless) pond. If the heavier person pushes on the lighter one with a force F, then A. the force felt by the heavier person is (-1/2)FB. the force felt by the person is -2FC. the magnitude of the acceleration of the lighter person will be half of the magnitude of the acceleration of the heavier personD. the magnitude of the acceleration of the lighter person will be twice the magnitude of the acceleration of the heavier personwww.crackap.com ---------------------

In the given figure below, both masses m1 and m2 are attached with a string. Mass m1 is moving on its right, and mass m2 is moving downwards. What is the force, which is opposite to the friction, on the mass m1 (mass on the table). m1 M-₂ O Tension on the string, acting on the left side of mass m1 Weight of mass m1 O Normal force on mass m1 No answer text provided. O Tension on the string, acting on the right side of mass m1

A pulley and rope hang two people. A person pulls downward on the leg of person number 2 with a force of 400 N. (so person one accelerates up and person 2 accelerates down). Mass of person 1 = 50.0 kg & Mass of person 2=60.0 kg. Find the acceleration of the system and the tension in the rope.

Answer Please

Could you tell the 34th solution

What If? How would your answers to parts (a) and (b) of this problem change if the 2.0 kg block was now stacked on top of the 1.0 kg block? Assume that the 2.0 kg block sticks to and does not slide on the 1.0 kg block when the system is accelerated. (Enter the acceleration in m/s2 to the right and the tension in N.)

Isaac Newton looks up at an apple. He is on planet earth and starts to think... which of his thoughts are true? (a) The force on the Earth is greater than the apple- because the Earth is more massive. (b) The force on the apple and the Earth are 0 because they aren't touching. (c) The force on the apple is greater than the Earth- because the Earth is more massive. (d) The force on the apple and the Earth are equal.

True or False If your mass is zero, that implies that your weight is zero.

Please answer both