"Rubber" bullets are usually intended as a "less lethal" form of crowd control. MOST of these are VERY large projectiles- between 1 and 2 INCHES in diameter. They travel much slower than a lead bullet, since they are intended to inflict pain, not death. However, a rubber bullet CAN cause death, depending on where a person is struck. We don't usually think of a brick as a lethal weapon, but if you got whacked in the head with a brick, it COULD kill you. Same thing with rubber bullets.
If we consider the bullets of same size,then rubber bullet having less density will have higher velocity and higher kinetic energy than that of lead bullet.Thus rubber bullet can impart more energy.Hence this would be more effective.
When a bullet hits a rubber sheet, the rubber will absorb some of the bullet's kinetic energy. The rubber sheet will stretch and deform, creating a bulge around the impact area. The bullet's force will eventually be dissipated through the material, causing the rubber to return to its original shape.
None. A bullet is a bullet, regardless of what material it's made from.
Since we know that according to the Newton second law of motion we have the equation as, F= ∆P/∆t So if the momentum is same then F is inversely related to time. Since lead bullet will obviously penetrate and will take more time so will have relatively less force will be applied to knock the bear down. But on the other hand the rubber bullet will just strike the body of the bear for little time instead of getting penetrated ,so it will deliver more force. Thanks
yes
A rubber bullet because a stell one would have too much momentum and shatter the bottle.
No, Young's modulus of rubber is not greater than that of steel. Young's modulus is a measure of a material's stiffness, and rubber is much more flexible compared to steel. Typically, Young's modulus for rubber ranges from about 0.01 to 0.1 GPa, while for steel, it is around 200 GPa. This significant difference indicates that steel is much stiffer than rubber.
he got shot with a rubber bullet
A thinner rubber band has more elastic potential energy when stretched compared to a thicker rubber band because the thinner rubber band stores more energy per unit length due to its greater stretching capacity and elasticity.
Metal plates are heavier than rubber because metal is denser and has a higher mass per unit volume compared to rubber. This means that metal contains more material in the same amount of space, resulting in a greater weight.
ruber and kelver the same material used for bullet-proof vests
A thin rubber band typically flies furthest when released compared to a thick rubber band. This is because a thin rubber band can stretch further and store more potential energy before being released, leading to a greater distance covered.