1. In April 1959 Miss Victoria Zacchini was fired 155 ft from a cannon in Madison Square Garden, New York City. What was the minimum muzzle spec of the cannon?2. Find the minimum initial speed of a champagne cork that travels a horizontal distance of 11 m. 3. Find the range of an arrow that leaves a bow at 50 m/s at an angle of 50 above the horizontal.4. A football leaves the toe of a punter at an angle of 40 above the horizontal. What is its minimum initial speed if it travels 120 ft?5. A ball is thrown at 20.0 m/s at an angle of 60 above the horizontal. A wind blowing in the opposite direction reduces the ball's horizontal component of velocity by 5.0 m/s. How far away does the ball land?6. A blunderbuss can fire a slug 100 m vertically upward. (a) What is its maximum horizontal range? (b) With what speeds will the slug strike the ground when fired upward and when fired so as to have maximum range?7. A person can throw a ball a maximum distance of L. If the ball is thrown upward with the same initial speed, how high will it go?

Answer the following statements and show your solution. 1. In April 1959 Miss Victoria Zacchini was red 155 ft from a cannon in Madison Square Garden, New York City. What was the minimum muzzle spec of the cannon? 2. Find the minimum initial speed of a champagne cork that travels a horizontal distance of 11 m. 3. Find the range of an arrow that leaves a bow at 50 m/s at an angle of 50 above the horizontal. 4. A football leaves the toe of a punter at an angle of 40 above the horizontal. What is its minimum initial speed if it travels 120 ft? 5. A ball is thrown at 20.0 m/s at an angle of 60 above the horizontal. A wind blowing in the opposite direction reduces the ball's horizontal component of velocity by 5.0 m/s. How far away does the ball land? 6. A blunderbuss can re a slug 100 m vertically upward. (a) What is its maximum horizontal range? (b) With what speeds will the slug strike the ground when red upward and when red so as to have maximum range? 7. A person can throw a ball a maximum distance of L. If the ball is thrown upward with the same initial speed, how high will it go