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19. Based on the problem above, what is the equation along the vertical axis in ma? A. T - mag = mad B. Fx - mig = 2a C. mag - T = 0 D. mzg - T = mzu 20. If mi, = 5 kg and my = 22 kg, what would be the resulting acceleration of the system? A. 3.27 m/S' C. 6.45 m/s' B. 7.99 m/s' D. 7.87 m/s' 21. If m, = 5 kg and my = 22 kg, what would be the resulting tension of the system? A. 65.41 N C. 39.95 N B. 32.72 N D. 56.32 N19. Based on the problem above, what is the equation along the vertical axis in ma? A. T - mag = mad B. Fx - mig = 2a C. mag - T = 0 D. mzg - T = mzu 20. If mi, = 5 kg and my = 22 kg, what would be the resulting acceleration of the system? A. 3.27 m/S' C. 6.45 m/s' B. 7.99 m/s' D. 7.87 m/s' 21. If m, = 5 kg and my = 22 kg, what would be the resulting tension of the system? A. 65.41 N C. 39.95 N B. 32.72 N D. 56.32 NFor Nos. 17-21. Problem: A toy car with muss in, moves on n level. frictionless track in a physics lab. It is connected by a string passing over a small frictionless pulley to a hanging weight with mass m.. The strom is light and flexible, and it doesn't stretch. 17. Based on the problem above, what e. the equation along the vertical axis in m,? A. T = ma B. FN - m, gco58 = 0) C. FN - m,9 =0 D. mag - m,g = m,a 18. Based on the problem above, what is the equation along the horizontal axis in m, ? A. T = ma B. FN - m, gsine = m,a C. FN - In, gcose = 0 D. T- mig = m,aFor Nos. 17-21. Problem: A toy car with muss in, moves on n level. frictionless track in a physics lab. It is connected by a string passing over a small frictionless pulley to a hanging weight with mass m.. The strom is light and flexible, and it doesn't stretch. 17. Based on the problem above, what e. the equation along the vertical axis in m,? A. T = ma B. FN - m, gco58 = 0) C. FN - m,9 =0 D. mag - m,g = m,a 18. Based on the problem above, what is the equation along the horizontal axis in m, ? A. T = ma B. FN - m, gsine = m,a C. FN - In, gcose = 0 D. T- mig = m,a