Why A Cannonball Will Have A Greater Velocity From A Long Barreled Cannon Than A Shorter Cannon?

Why A Cannonball Will Have A Greater Velocity From A Long Barreled Cannon Than A Shorter Cannon? Explanation: The average force on the cannonball will be the same for a short- or long-barreled cannon. The longer barrel provides for a longer time for the force to act, and therefore, a greater impulse. How does the

When A Cannonball Is Fired The Momentum Of The System?

When A Cannonball Is Fired The Momentum Of The System? Conservation of momentum explains why a gun or cannon recoils backwards when it is fired. When a cannon is fired, the cannon ball gains forward momentum and the cannon gains backward momentum. Before the cannon is fired (the ‘event’) the total momentum is zero. This

When A Cannon Is Fired Why Do The Cannonball And Cannon Have Very Different Accelerations?

When A Cannon Is Fired Why Do The Cannonball And Cannon Have Very Different Accelerations? Newton’s third law states that for every action there must be an equal and opposite reaction, so the forces on the cannon and cannonball are equal in magnitude (but not direction). and the mass of the cannon is larger than