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The force with which one moving object hits another object is the force of?
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When an object hits another object of equal mass?
The object that is moving faster will force the other object in the direction in which it's moving If they are moving at the same speed, Newton's law of conservation says that they will have an equal and opposite reaction. If they don't collide head on, they will spin after contact in an unpredictable way.
How do you reduce the impact force when hits another object?
If before .........increase the friction of surface If after............increase the mass of stationary object
Examples of 1st law of motion?
Uniform motion in a straight line: An object in the situation has a constant velocity. An object at rest has a constant velocity of zero. Basically what this means is that if these objects are left alone, they will continue to move at the same speed and direction as they are right now (or lack of). External force: This is any force from outside the object. For instance, a moving car will stop if it hits another moving car, but not if you step on the floorboard because stepping on the floorboard is an internal force. Unbalanced forces: These are forces that are not equal and cause motion. If the forces were balanced, there would be no motion. At rest: The object is not moving at all (or seemingly).
What keeps an object moving?
A moving object will stay moving until a force is applied to that object in the opposing direction. To stay moving is an objects natural state. Here on earth, we have many forces that can act on an object to eventually bring it to a halt (relative to the ground). Air friction (wind resistance), rolling resistance, good old fashion friction, and by a force placed on it by other matter (as in the force applied by the ground to a rain drop as it finally hits the ground). So really the question is, what keeps an object stationary. At the moment I'm moving really fast in relation to the sun, but not moving in relation to the ground I'm sitting on. Congratulations, you now understand the "theory of relativity".
When a freely falling object reaches its terminal speed?
It suddenly stops and hits wherever it's landing. ---------------------------------------------- When a falling object stops accelerating then the body would continue moving with the speed attained. This speed is known as terminal speed. This is what happens when a rain drop falls from a large height through the atomosphere.
What is transferred from a bat to a ball when the ball is hit?
When a bat hits a Baseball the bat transfers momentum. Momentum is the force in a moving object, which can be passed on from one object to another.
When an object hits another object of equal mass?
The object that is moving faster will force the other object in the direction in which it's moving If they are moving at the same speed, Newton's law of conservation says that they will have an equal and opposite reaction. If they don't collide head on, they will spin after contact in an unpredictable way.
When a bat hit a ball what is transferred from the bat to the ball?
When a bat hits a Baseball the bat transfers momentum. Momentum is the force in a moving object, which can be passed on from one object to another.
Does the inertia from one object pass directly to another object if same mass when hit directly?
No, inertia is the property of a mass that resists force. If one object hits another force, in the form of acceleration, is passed on.
How do you reduce the impact force when hits another object?
If before .........increase the friction of surface If after............increase the mass of stationary object
Can a force be applied to an object with no apparent change in motion?
Yes. If the force applied is smaller than the force of friction for a stationary object or much smaller than the mass x acceleration of a moving object. You can push a freezer without it moving due to the large frictional force of the heavy object and what it is resting on. If you keep applying a force or you are quite strong you could eventually get it to move. Similarly, a truck will have no apparent change in motion if it hits a bicycle.
Examples of 1st law of motion?
Uniform motion in a straight line: An object in the situation has a constant velocity. An object at rest has a constant velocity of zero. Basically what this means is that if these objects are left alone, they will continue to move at the same speed and direction as they are right now (or lack of). External force: This is any force from outside the object. For instance, a moving car will stop if it hits another moving car, but not if you step on the floorboard because stepping on the floorboard is an internal force. Unbalanced forces: These are forces that are not equal and cause motion. If the forces were balanced, there would be no motion. At rest: The object is not moving at all (or seemingly).
How is newtons 3 laws of motion used in a game of knock hockey?
We'll start with the First Law, concerning inertia. It states that a resting object will not move until an outside force moves it, and that a moving object will keep moving in a particular direction and at a particular speed until an outside force stops it, slows it down, or speeds it up. Let's apply that to knock hockey. When you put the puck on the table, it will stay where it is until a player hits it with his stick. When the puck is moving, it'll keep moving in the direction it's going until it hits an obstacle (a wall, another player's stick, etc.). Another outside force acting on the moving puck is the friction between the table and the puck, which serves to slow the puck down.
What keeps an object moving?
A moving object will stay moving until a force is applied to that object in the opposing direction. To stay moving is an objects natural state. Here on earth, we have many forces that can act on an object to eventually bring it to a halt (relative to the ground). Air friction (wind resistance), rolling resistance, good old fashion friction, and by a force placed on it by other matter (as in the force applied by the ground to a rain drop as it finally hits the ground). So really the question is, what keeps an object stationary. At the moment I'm moving really fast in relation to the sun, but not moving in relation to the ground I'm sitting on. Congratulations, you now understand the "theory of relativity".
What happens to the momentum of a baseball bat when it hits a baseball?
Why would a baseball be hitting another baseball?
Why is the force of an impact of an object different from the force due to gravity?
The gravitational force on an object depends only on its mass, but the 'impulse'delivered by an object striking you depends on both its mass and its speed.As examples:-- Mass: If the object that hits me is moving at 1 mile per hour,I'd prefer it to be a bumblebee and not a battleship.-- Speed: If the object is a 38 caliber bullet, I'd prefer for someoneto toss it at me and not fire it at me.
When a freely falling object reaches its terminal speed?
It suddenly stops and hits wherever it's landing. ---------------------------------------------- When a falling object stops accelerating then the body would continue moving with the speed attained. This speed is known as terminal speed. This is what happens when a rain drop falls from a large height through the atomosphere.
