It depends on the sophistication of the rounds.
A plain cannon ball was typically made of only metal such as iron or steel or even stone. It causes damage due to the physical impact it imparts on the target. They were fired from cannons and were basically used to smash through everything.
Specialized rounds include grape shot, chain shot and fragmentation round. Grape shot is sort of a giant shot gun, send multiple smaller metal balls down range, very good against massed troops.
Chain shot was two balls connected with a chain. It was effective against ships, taking out sails, lines and spars.
A fragmentation round would explode either on impact or using a fuse. It contained a combustible material such as black powder.
Yes, momentum is always conserved in a system unless acted upon by an external force. When a cannonball is fired, the momentum of the cannonball system as a whole remains constant because the momentum of the cannonball is equal and opposite to the momentum of the recoil of the cannon.
No, a cannonball does not fly straight when fired. The force of gravity will cause the cannonball to follow a parabolic trajectory, curving downward towards the ground due to the effects of gravity. The angle at which the cannon is fired will also affect the trajectory of the cannonball.
A cannonball is fired by a cannon due to the buildup of pressure behind it when ignited. The explosion of gunpowder causes the cannonball to be propelled out of the cannon at high speed. The trajectory and distance the cannonball travels is influenced by factors such as the angle of the cannon and the amount of gunpowder used.
Yes, momentum is conserved in the cannon-cannonball system. When the cannon fires the cannonball, the cannon moves in the opposite direction to conserve momentum. This is based on the principle of conservation of momentum in a closed system.
The weight of a cannonball varied depending on the type of cannon and size of the ball being fired. On average, cannonballs ranged from around 6 to 32 pounds during the 17th and 18th centuries.
The moon has no atmosphere and has less gravity than the earth. That means that a cannonball fired on the moon will travel further.
Yes, momentum is always conserved in a system unless acted upon by an external force. When a cannonball is fired, the momentum of the cannonball system as a whole remains constant because the momentum of the cannonball is equal and opposite to the momentum of the recoil of the cannon.
No, a cannonball does not fly straight when fired. The force of gravity will cause the cannonball to follow a parabolic trajectory, curving downward towards the ground due to the effects of gravity. The angle at which the cannon is fired will also affect the trajectory of the cannonball.
he was hired and fired on the same day
throught the use of pressure/fire/gun powder
We calculated the trajectory of the cannonball before we fired it.
He got fired! ha! ha! ha!
A cannonball is fired by a cannon due to the buildup of pressure behind it when ignited. The explosion of gunpowder causes the cannonball to be propelled out of the cannon at high speed. The trajectory and distance the cannonball travels is influenced by factors such as the angle of the cannon and the amount of gunpowder used.
Normally, no- but if fired with a plugged barrel, they can.
A stone cannonball can be identified by its round shape, smooth surface, and heavy weight. It may also have markings or indentations from being fired from a cannon.
Yes, momentum is conserved in the cannon-cannonball system. When the cannon fires the cannonball, the cannon moves in the opposite direction to conserve momentum. This is based on the principle of conservation of momentum in a closed system.
A cannonball fired parallel to the ground is in an unbalanced state. While the force of gravity acts downwards on the cannonball, the initial propulsion provides a horizontal force, creating a net force in the horizontal direction. This results in a trajectory that is influenced by both the initial velocity and gravitational pull, leading to an unbalanced force situation. As a result, the cannonball will continue to move forward while also descending due to gravity.