2.) [24 pts] Find the following for the system below, if the force of tension on Rope 1 is 1') [21 pts] Each part is a separate standalone question for problem 1. 300 N. Assume idealized physics-land ropes and that the crates slide against a frictionless surface. a') 0n Io, one ofJupiter's moons, a lander of mass 8550 kg would weigh 15400 M What is at) What is the acceleration of the system? (8 pts) glo? (8 pts) b) What is the force that rope 3 exerts on crate C? (8 pts) c.) What is the force that rope 2 exerts on crate B? (8 pts) b.) A rocket in deep space has mass 970 kg and moves with a constant velocity of 380 m/s. What is the net force acting on the rocket? (6 pts) Crate C 75kg ct) Which of the following are Newton's 3'd Law pairs? More than one may be correct (7 NS) The force of gravity exerted on a skydiver by the Earth and the force of gravity on the Earth exerted by the skydivert ' The normal force and force of gravity both acting on a stationary book sitting on a table. t The upward force a bathroom scale exerts on a person standing on it, and the equal and opposite force the person exerts on the scale 3t) [23 pts] A block is pulled by a rope with a 450 N force of tension at a 25 degree angle above the horizontal and moves at constant velocity along the horizontal surface The block has mass 150 kg- 4.) [32 pts] A 35.0 kg crate is dragged upward along the side of a tall building by a rope that 3') Draw a freebody cliagram for the \"Mk- (10 m5) applies a 450. N force of tension. The crate scrapes against a vertical surface as it moves [3.) Find the coefcient of kinetic friction between the block and the surface. Vou'll need to upward at constant speed 4_0 m/s. It is pulled upward a total distance of 80.0 m. use vector components to get forces in the x and y directions. (13 pts) a.) How much work does the force of gravity do over the trip? (6 pts) in.) How much work does the force of tension do over the trip? (6 pts) (1.) How much work does the normal force between the crate and the wall do over the trip? (6 MS) d.) What is the force of friction? (8 pts) e.) How much power output is required to move the crate upward via the rope's 450 N force of tension? (6 pts) 450 N 4 Constant v