A 1 Mg car is towing a 300 kg trailer. The two bodies move together with a common acceleration of 2.15 . Ignore the action of any air drag on the car or trailer, and assume the friction on the trailer is negligible and that the acceleration due to gravity is 10 . Please help

1. Towing a Trailer A 1.00 Mg car is towing a 300 kg trailer. The two bodies move together with a common acceleration of 2.152. Ignore the action of any air drag on the car or trailer, and assume the friction on the trailer is negligible and that the acceleration due to gravity is 10m a. Make a complete and properly labeled force diagram for the car and the trailer each. (Hint: make sure the direction of the net force on each system is representative of the direction of the acceleration for each) b. What is the net force on the car? Represent it as a vector using the appropriate unit vector(s) (e.g. i and j). c. What is the net force on the trailer? Represent it as a vector using the appropriate unit vector(s) (e.g. i and j). d. What is the net force on the road due to the car? Represent it as a vector using the appropriate unit vector(s) (e.g. i and j). (Hint: this is not a one dimensional force) e. How much time would it take for the car and trailer to reach a speed of 60 mph? Explain your work