Question 5 15 pts A golf ball has been hit off of the tee at an angle of elevation of 30 degrees and an initial velocity of 123 ftfsee. Using the helpful parametric models for projectile motion answer the following questions. :1: {t} = on oos(3)t Mt] = ha + no sin(3]t l2 a.} How long is the ball in the air lhang timel? h.} What is the maximum height of the ball? (2.] How far. horizontally. does the ball travel in the air? {round to the nearest foot] Question 7 15 pts Given the same type of golf ball scenario with an equation y = -0.005x2 + 1.8x, horizontal distance of 360 feet, maximum height of 162 feet, and using the helpful projectile motion formulas below, answer the following. x(1) = v .cos(0).1 y(t) = h, + v. .sin(0)-1-1612 a.) What is the angle at which the ball takes off? [ Select ] b.) How long is the ball in the air? [ Select ] c.) What is the ball's speed when it hits the ground? [ Select ] vQuestion 7 15 pts Given the same type of golf ball scenario with an equation y = -0.005x2 + 1.8x, horizontal distance of 360 feet, maximum height of 162 feet, and using the helpful projectile motion formulas below, answer the following. x(1)= v, cos(0).1 y(1)= h,+ v. sin(0).1-1612 a.) What is the angle at which the ball takes off v [ Select ] 60.9 degrees 60.3 degrees b.) How long is the ball in the air? [ Select ] 61.6 degrees 62.1 degrees c.) What is the ball's speed when it hits the ground? [ Select ]Question 7 15 pts Given the same type of golf ball scenario with an equation y = -0.005x- + 1.8x, horizontal distance of 360 feet, maximum height of 162 feet, and using the helpful projectile motion formulas below, answer the following. x(1) = v . cos(0).1 y(t)= h, + v. sin(0)-1-1612 a.) What is the angle at which the ball takes off? [ Select ] b.) How long is the ball in the air [ Select ] 6.36 secs 3.18 secs c.) What is the ball's speed when 5.78 secs 2.97 secsQuestion 7 15 pts Given the same type of golf ball scenario with an equation y = -0.0052- + 1.8x, horizontal distance of 360 feet, maximum height of 162 feet, and using the helpful projectile motion formulas below, answer the following. x(1)= v. cos(0).1 y(1)=h,+ v. sin(@)-1-1612 a.) What is the angle at which the ball takes off? [ Select ] b.) How long is the ball in the air? [ Select ] c.) What is the ball's speed when it hits the ground