what are the x- direction and the y-direction equations for body diagram below using Newton's Second law equation a=F/m
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what are the x- direction and the y-direction equations for body diagram below using Newton's Second law equation a=F/m.
Using Newton’s second law in the x-direction
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- Two boxes are connected by a massless string across a massless frictionless pulley. Box S has a mass M and box H has a mass m as shown. a) Do a free-body diagram for these objects. b) Write Newton's Second Law equation for these objects, horizontal component only for box S and vertical component only for box H. c) Solve algebraically for the acceleration of the boxes. d) Given M=8.4 kg and m=5.7 kg, use your equation from part c) to find the value of the acceleration. e) Use this answer to find the tension in the string.Chapter 2: Newton's Laws of Motion Newton's 2nd Law Bronço Brown skydives and parachutes from a stationary helicopter. Various stages of fal! are shown in positions a through f. Using Newton's 2nd law, Fnet W - R a = find his acceleration at each posițion (mark your answers in the blanks to the right). You need to know that Bronco's mass m is 100 kg so his weight is a constant 100 0 N. Air resistance Rvaries with speed and cros- sectional area as shown.As shown here, a roller coaster goes over a loop at a constant speed in the counterclockwise direction. In which direction is the roller coaster's acceleration at this moment (the roller coaster is the blue rectangle). A) RIGHT B) DOWN C) UP D) LEFT
- A man weighing 850 N pulls a rope with a force of 388 N as shown in Figure 3. The Free Body Diagram is shown in the image on the right.Determine•Normal style floor against us people •Distance between feet and center of gravitywhat are the x- direction and the y-direction equations for body diagram below using Newton's Second law equation a=F/m.