Question 1 (2 points) For the ramp and pulley system shown, m1 is 56.9kg, m2 is 13.6kg and the angle is 52.6 degrees. There is friction between m1 and the ramp with a coefficient of 0.292. Find the magnitude of the acceleration of the system assuming m1 accelerates down (the positive vector direction). Report your answer to 1 decimal and include units as m/s/s. ma 9 Your Answer:Question 2 (2 points) For the ramp and pulley system shown below, find the magnitude of the acceleration of the system. Remember to include the units and report your answer to one decimal place. mass 1 =62.7kg mass 2 =19.9kg coefficient of coefficient of friction =0.206 friction =0.206 angle of left angle of right ramp ramp =34.3degrees =47.8degrees Your Answer: Answer unitsAnswer units Question 3 (2 points) A standard Atwood's machine has a 34.5kg mass on the left side and a 35.1kg mass on the right. Use the method shown in class to find the magnitude of the tension in the rope. Don't forget the units. Remember...no friction. Report your answer to the nearest tenth. Your Answer: Answer units