A boulder at mass too kg Is pulled in some direction with a net force whose components are PM = mo [4,me = zoo N. A. Find the x-comoonent of the resulting acceleration. Express your answer in mfsz B. Find the y-cornponent of the resulting acceleration. Express your answer in mfs2 C. Find the magnitude of the resulting acceleration. Express vour answer in raise. D. What angle does the direction of the acceleration make. measured counterclockwise relative to the +1 direction? Express your answer In degrees. when the swimmer exerts a force on the wall [denoted as thwml, she accelerates in the direction opposite to that of her push. This opposition is the result of Newton's third law of motion, which dictates that the wall exerts a force on the swimmer (denoted as F\"\"""'} that is equal in magnitude but that acts in the direction oppositeto the torce that the swimmer exerts on the wall. A. Choose a free-body diagram for the swimmer that corresponds to the above situation {you may assume that any drag from the water is negiigihlel. B. The mass of the swimmer is 65 kg and she wants to get an acceleration of 1.1 mis\". How hard should she push the wall? Express your answer In Newtons. A 12 g bullet is accelerated from restto a speed of mo mfg as it travels 20 cm in a gun barrel; AsSume the acceleration of the bullet to be constant. A. Find the magnitude of the acceleration. Express your answerin mfs' and using E- rrotatlon [for Instance 6.02 x 1023 as 6.02523]. B. How large was the net force acting on the bullet? Express your amer in 1:11. Problem 19 {Skydiving} Shortly after leaping from an airplane a 90 kg skydlyer has an upward force of 225 N exerted on her by the air. What is the magnitude of the net force exerted on her? Express you answer In N