The amount of momentum an object possesses depends upon two quantities. Momentum is a _____ quantity.
A Light And A Heavy Object Have The Same Momentum Find Out The Ratio Of Their
Compared to Object B Object A has momentum.
. Mass - how much stuff it has b. Momentum depends on velocity and it has a magnitude and a direction and is a vector quantity. Weight - the force by which gravity attracts the stuff to Earth d.
Momentum Mass Velocity. 4 The two quantities needed to calculate an objects momentum are see 1 for the answer 5 onsider the mass and velocity values of Objects A and B below. Weight - the force by which gravity attracts the stuff to Earth d.
The amount of momentum an object possesses depends upon two quantities. It is denoted by symbol p and the mathematical relation for momentum is mass multiplied by its velocity. Weight - the force by which gravity attracts the stuff to Earth d.
What are the two quantities. The amount of momentum that an object has depends on two physical quantities. The momentum of an object depends upon the objects _____.
Mass - how much stuff it has b. Eight times the e. This is to say that each object encounters the same impulse.
Velocity - how fast and in what direction its stuff is moving e. Additionally if the two objects are moving with the same velocity but having different masses the momentum will be large for the object having a large mass. The amount of momentum that an object has is dependent upon two variables.
What are the two quantities. The mass of the object. Acceleration - the rate at which the stuff changes its velocity c.
Acceleration - the rate at which the stuff changes its velocity c. The momentum of an object depends upon the objects _____. Thanks for brainliest.
The momentum of an object depends upon the objects ___A D___. Two times the c. The two quantities needed to calculate an objects momentum are mass and velocity.
FALSE - A less massive object would have a greater momentum owing to a velocity which is greater than that of the more massive object. It generally doubles when the velocity gets increased. It is the product of the two quantities.
The acceleration of the object. The speed of the object. The direction that the object is moving.
FALSE - When comparing the size of two momentum vectors the direction is insignificant. The forces which these two objects experience endure for the same amount of time. 1The momentum of an object is not dependent on which one of the following quantitiesa acceleration b inertiac massd velocity2Which one of the following statements concerning the momentum of a system when the net force acting on the system has a positive value is truea The momentum of the system is.
An unbalanced force acting upon an object always results in momentum. Up to 24 cash back 1. Acceleration - the rate at which the stuff changes its velocity c.
Mass - how much stuff it has b. The momentum of an object depends on its mass and what. The weight of the object.
The momentum of an object depends upon the objects ________. D Mass and Velocity. Position - where the stuff is at 2.
I think it is mass and velocity I might be wrong so you should probably check. Thus a body which has mass and is moving will have momentum. Position - where the stuff is at 2.
Momentum depends upon the variables mass and velocity. Velocity - how fast and in what direction its stuff is moving. Mass - how much stuff it has b.
And 2kg a. The momentum of an object depends on its mass and velocity. Physics questions and answers.
Momentum depends upon two quantities mass and velocity. Plus a Little Logic. Acceleration - the rate at which the stuff changes its velocity c.
Since F1 - F2 and t1 t2 it stands to reason that F1 t1 - F2 t2. If this is the case then one can also reason that each object must experience the same momentum change. How much stuff is moving and how fast the stuff is moving.
The mass and the velocity of the moving object. - The mass of the object - the speed of the object - the weight of the object - the acceleration of the object - the direction that the object is moving. Weight - the force by which gravity attracts the stuff to Earth d.
Velocity - how fast and in what direction its stuff is moving e. Four times the d. Both are equally important.
Mass times velocity of any object stands as momentum. The direction of any vector would. Momentum is defined as the tendency of a moving body to keep moving.
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