This scenario violates the law of conservation of momentum. If the two objects collided perfectly elastically, the first object would transfer its momentum to the second object, causing both objects to move with a final velocity determined by momentum conservation equations.
The momentum of the moving ball before the collision is 5 kg m/s (mass x velocity). The stationary ball has a momentum of 0 kg m/s because it is not moving.
In an inelastic collision, the two vehicles will stick together and move at a common velocity after the collision. The velocity after the collision can be calculated using the principle of conservation of momentum. Since the car is stationary, the final velocity after the collision will be 60/9 = 6.67 km/hr.
Stationary objects are objects that are not moving or changing position relative to a reference point. They appear to be at rest and have no velocity. Examples of stationary objects include a chair, a building, or a mountain.
In a head-on collision between a moving shuffleboard puck and a stationary puck of equal mass, the momentum of the moving puck is transferred to the stationary puck. Both pucks will move off in opposite directions at the same speed, conserving momentum.
The momemtum trasnsferred is only partial, mvcos(angle). If angle is not zero, there is momentum not transfered and thus left to move the incident ball.
" Allision" refers to a nautical term where a moving vessel collides with a stationary object such as a bridge or dock. It is different from a "collision," which involves two moving vessels striking each other.
The momentum of the moving ball before the collision is 5 kg m/s (mass x velocity). The stationary ball has a momentum of 0 kg m/s because it is not moving.
In an inelastic collision, the two vehicles will stick together and move at a common velocity after the collision. The velocity after the collision can be calculated using the principle of conservation of momentum. Since the car is stationary, the final velocity after the collision will be 60/9 = 6.67 km/hr.
A stationary object with velocity of zero.
Stationary objects are objects that are not moving or changing position relative to a reference point. They appear to be at rest and have no velocity. Examples of stationary objects include a chair, a building, or a mountain.
In addition to the mass of both objects and the distance the stationary object was moved, you need to know the coefficient of restitution or the type of collision (elastic or inelastic). This information will help you determine how much kinetic energy was transferred during the collision and allow you to calculate the velocity of the moving object before and after the collision.
1.93 m/s
In a head-on collision between a moving shuffleboard puck and a stationary puck of equal mass, the momentum of the moving puck is transferred to the stationary puck. Both pucks will move off in opposite directions at the same speed, conserving momentum.
The momemtum trasnsferred is only partial, mvcos(angle). If angle is not zero, there is momentum not transfered and thus left to move the incident ball.
Zero velocity means that the vehicle and the person who is measuring the velocity are moving together.
No, a stationary object does not have momentum because momentum is the product of an object's mass and its velocity. If an object is not moving (velocity is zero), then its momentum will also be zero.
A stationary rock is an object that is not moving.