This is where the fun begins. Anakin Skywalker pilots a Jedi starfighter in Earth's atmosphere (with...

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This is where the fun begins. Anakin Skywalker pilots a Jedi starfighter in Earth's atmosphere (with Earth gravity acting) as shown and completes in a vertical circle. At the bottom of the circle, Anakin feels a normal force of 990 N acting on him from his pilot chair and is traveling at 220 m/s at this point. Anakin has a mass of 25 kg. a) On the diagrams below, draw the forces acting on the pilot i) at the top of the circle and ii) at the bottom of the circle. i) Top ii) Bottom b) Calculate the radius of the circular loop completed by the airplane. c) Take a seat, young Skywalker. Without doing any calculations, will the normal force of the seat on the pilot at the top of the loop be greater than, less than, or equal to 990 N? Justify your answer qualitatively. Quinn pulls a 12 kg cart across a horizontal surface by applying a pulling force of 110 N at angle of 30° above the horizontal, as shown. The coefficient of kinetic friction between the cart and ground is μ = 25. a) Draw a free body diagram of all forces on the cart. b) Is the normal force between the ground and the cart equal to the weight of the cart? Justify your answer with qualitatively. c) Calculate the magnitude of the normal force. d) Find the acceleration of the cart as it moves across the ground. e) After 2 seconds of pulling (with the acceleration form D), Quinn lets go of the cart. Find the distance the cart travels before stopping. This is where the fun begins. Anakin Skywalker pilots a Jedi starfighter in Earth's atmosphere (with Earth gravity acting) as shown and completes in a vertical circle. At the bottom of the circle, Anakin feels a normal force of 990 N acting on him from his pilot chair and is traveling at 220 m/s at this point. Anakin has a mass of 25 kg. a) On the diagrams below, draw the forces acting on the pilot i) at the top of the circle and ii) at the bottom of the circle. i) Top ii) Bottom b) Calculate the radius of the circular loop completed by the airplane. c) Take a seat, young Skywalker. Without doing any calculations, will the normal force of the seat on the pilot at the top of the loop be greater than, less than, or equal to 990 N? Justify your answer qualitatively. Quinn pulls a 12 kg cart across a horizontal surface by applying a pulling force of 110 N at angle of 30° above the horizontal, as shown. The coefficient of kinetic friction between the cart and ground is μ = 25. a) Draw a free body diagram of all forces on the cart. b) Is the normal force between the ground and the cart equal to the weight of the cart? Justify your answer with qualitatively. c) Calculate the magnitude of the normal force. d) Find the acceleration of the cart as it moves across the ground. e) After 2 seconds of pulling (with the acceleration form D), Quinn lets go of the cart. Find the distance the cart travels before stopping. This is where the fun begins. Anakin Skywalker pilots a Jedi starfighter in Earth's atmosphere (with Earth gravity acting) as shown and completes in a vertical circle. At the bottom of the circle, Anakin feels a normal force of 990 N acting on him from his pilot chair and is traveling at 220 m/s at this point. Anakin has a mass of 25 kg. a) On the diagrams below, draw the forces acting on the pilot i) at the top of the circle and ii) at the bottom of the circle. i) Top ii) Bottom b) Calculate the radius of the circular loop completed by the airplane. c) Take a seat, young Skywalker. Without doing any calculations, will the normal force of the seat on the pilot at the top of the loop be greater than, less than, or equal to 990 N? Justify your answer qualitatively. Quinn pulls a 12 kg cart across a horizontal surface by applying a pulling force of 110 N at angle of 30° above the horizontal, as shown. The coefficient of kinetic friction between the cart and ground is μ = 25. a) Draw a free body diagram of all forces on the cart. b) Is the normal force between the ground and the cart equal to the weight of the cart? Justify your answer with qualitatively. c) Calculate the magnitude of the normal force. d) Find the acceleration of the cart as it moves across the ground. e) After 2 seconds of pulling (with the acceleration form D), Quinn lets go of the cart. Find the distance the cart travels before stopping. This is where the fun begins. Anakin Skywalker pilots a Jedi starfighter in Earth's atmosphere (with Earth gravity acting) as shown and completes in a vertical circle. At the bottom of the circle, Anakin feels a normal force of 990 N acting on him from his pilot chair and is traveling at 220 m/s at this point. Anakin has a mass of 25 kg. a) On the diagrams below, draw the forces acting on the pilot i) at the top of the circle and ii) at the bottom of the circle. i) Top ii) Bottom b) Calculate the radius of the circular loop completed by the airplane. c) Take a seat, young Skywalker. Without doing any calculations, will the normal force of the seat on the pilot at the top of the loop be greater than, less than, or equal to 990 N? Justify your answer qualitatively. Quinn pulls a 12 kg cart across a horizontal surface by applying a pulling force of 110 N at angle of 30° above the horizontal, as shown. The coefficient of kinetic friction between the cart and ground is μ = 25. a) Draw a free body diagram of all forces on the cart. b) Is the normal force between the ground and the cart equal to the weight of the cart? Justify your answer with qualitatively. c) Calculate the magnitude of the normal force. d) Find the acceleration of the cart as it moves across the ground. e) After 2 seconds of pulling (with the acceleration form D), Quinn lets go of the cart. Find the distance the cart travels before stopping.

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