Question 1 2 pts You have a 0.234-m-long wrench. A job requires a torque of 32.4 N-m, and you can exert a force of 232 N. a. What is the smallest angle, with respect to the handle of the wrench, at which you can pull on the wrench and get the job done? Enter angle in degrees (3 sig figures) | b. A friend can exert 275 N. What is the smallest angle she can use to accomplish the job? Enter angle in degrees (3 sig figures) Question 3 2 pts Two children of equal masses sit 0.3 m from the center of a seesaw. Assuming that their masses are much greater than that of the seesaw, by how much is the moment of inertia increased when they sit 0.6 m from the center? Ignore the moment of inertia for the seesaw. Enter the multiple for the increase when r is doubled in the above scenario Question 4 2 pts A bicycle wheel on a repair bench can be accelerated either by pulling on the chain that is on the gear or by pulling on a string wrapped around the tire. The tire's radius is 0.38 m, while the radius of the gear is 0.14 m. What force would you need to pull on the string to produce the same acceleration you obtained with a force of 15 N on the chain? Enter the force (two sig figures) Newtons in