Describe the motion described in the velocity vs time graph in Segment D. Choose all answers that apply. (This does not mean that you should do that, only that for this question, you may choose moreThan one answer.) N A Velocity (m/s) D 2 6 10 12 Time (3) N V At rest Speeding up Unable to be determined from the information given Slowing Down V Moving with a constant velocity Activate Windows Next Go to Settings to activate Windows.The corresponding position vs. time segment for Segment C in this velocity vs time graph can best be described as w N A Velocity (m/s) D 2 4 6 8 10 Time (3) N only concave up. DO a straight line with a negative slope. unable to be determined by the information in the graph. a horizontal line. a combination of concave up and concave down. None of these choices is correct. a straight line with a positive slope. O only concave down.A block sliding on the ground experiences a frictional force of 24 N. lithe speed of the block decreases while you are pushing on it.then the magnitude of horizontal force with which you push the block is equal to 24 N. less than 24 N. k that is unable to be determined without more information. more than 24 N. none of these answers is correct. equal to the weight of the biockv The acceleration at t = 1.00 s can best be described as W C Velocity (m/s) NLOHN N 4 6 10 Time (3) E O None of these choices is correct. equal in magnitude and direction to that at t = 0.50 s. smaller in magnitude than at t = 0.50 s. zero. equal in magnitude but opposite in direction to that at t = 0.50 s. larger in magnitude than at t = 0.50 s. O unable to be determined by the information in the graph.An orange is thrown straight up into the air by a young girl. One second after leaving her hand, while moving up into the air, the mechanical energy of the orange (Neglect any air resistance effects. Take up to be the positive direction.) is decreasing. O is increasing. remains constant. none of these answers is correct. changes in an unknown way. (and I need more information to answer the question!)In the name of science, Mary throws a piece of radioactive material straight up into the air. At its highest point, the radioactive material's acceleration (ignore air resistance!) points to the left. points to the right. points up. is unable to be determined by the given information. is parallel (or antiparallel) to its velocity. is zero. points down. None of these answers in correct.From the following list. choose all of the forces that act on the object described below. (You can ignore air resistance] A block that is held in place on an inclined plane by a horizontal force. Normal force Mo re information is needed to determine all the forces that. act on the object None of these forces act on the object Static friction The force of gravity Kinetic Friction Tension Spring Force [ Appliedexternalforcl