Maximizing Distance for Clowns Shot from a Cannon

In summary, the conversation discusses the use of a cannon in a circus act to shoot clowns at a constant speed of 11.7 m/s. The angle of launch can be adjusted. The questions asked are: a) What is the maximum distance a clown can travel if the landing pad is at the same height as the mouth of the cannon? b) What angle should the first clown be fired at to land on the same pad as the second clown, who will be fired after the first one? c) What angle should the second clown be fired at? d) How long should the delay be between firing the first and second clown?
  • #1
darkbiology
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In a circus act, clowns are shot from a cannon at a constant speed vo = 11.7 m/s. The angle of launch may be varied.

a. What is the maximum distance D that a clown may travel, if the landing pad is at the same height as the mouth of the cannon?

b. The circus master wants to shoot two clowns from his cannon, one after the other, and have them land on the same landing pad a distance 0.54×D away at the same time. At what angle should the first clown be fired?

c. At what angle should the second clown be fired?

d. How long after the first clown should the second clown be fired?
 
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  • #2
Welcome to PF.
You need to post an attempt at a solution and/or the specific part(s) you have a question about.
 

1. What is constant speed + angle problem?

The constant speed + angle problem is a type of physics problem that involves calculating the velocity of an object that is moving at a constant speed and at a given angle.

2. How do you solve a constant speed + angle problem?

To solve a constant speed + angle problem, you will need to use trigonometry to break down the velocity into its horizontal and vertical components. Then, you can use the formula v = d/t to calculate the velocity.

3. What is the formula for calculating the horizontal and vertical components of velocity?

The formula for calculating the horizontal and vertical components of velocity is: Vx = v cosθ and Vy = v sinθ, where v is the magnitude of the velocity and θ is the angle at which the object is moving.

4. Can you use the constant speed + angle problem to calculate the distance an object travels?

Yes, you can use the constant speed + angle problem to calculate the distance an object travels by using the formula d = vt, where d is the distance, v is the velocity, and t is the time.

5. Are there any real-world applications for the constant speed + angle problem?

Yes, the constant speed + angle problem is commonly used in physics and engineering to calculate the velocity of objects in motion, such as projectiles or vehicles. It is also used in sports, such as calculating the trajectory of a soccer ball or a basketball shot.

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