A 100 g apple is dropped from an 10.0 m height. A strong wind blows in the horizontal direction exerting a constant 2.00 N force as the apple falls. Ignore the effects of drag and assume that the acceleration due to gravity is 10.0%. a Make a complete and properly labeled force diagram for the apple as it falls. b. Calculate the acceleration of the apple in the horizontal and vertical directions separately. Additionally, express the acceleration as a vector using 5 and 3. c. Create a motion diagram that models the fall of the apple. Is the trajectory straight or curved? Explain how you arrived at your conclusion. d. Model the motion algebraically by expressing the position and velocity of the apple as functions of the time in the horizontal and vertical directions leg. $05) y(t) or\"), and vy (t)). Explain how you arrived at the expressions. e. How long does it take for the apple to hit the ground? Explain your work. f. Has the wind caused the fall to take more time, less time, or had no effect on the time? Explain how you arrived at your conclusion. g. How far horizontally does the apple move during its fall? Explain your work. h. What is the velocity of the apple just before it strikes the ground? Express it as a vector using ; and 3 and explain yourwork