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Which of these would change the direction of an object but not affect the object's speed?
Wiki User
∙ 11y ago
Circular motion would change the direction of an object but would not affect the object's speed.
Wiki User
∙ 11y ago
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How does zero net force affect an objects state of motion?
If there is zero net force on an object, the object will not accelerate. (It's velocity will not change.)
Can equal forces in opposite direction change an objects motion?
If the force is acting in the opposite direction to the movement, the object will slow down and then accelerate in the direction of the force. Negative for
What causes change in velocity?
If an object's velocity changes -- if its speed increases or decreases or if its direction changes -- that means it has accelerated. For an object to accelerate, the sum of the forces acting upon it must be non-zero. So, in other words, forcechanges an object's velocity.
What will happen if forces that act on an object are not balanced?
Then the objects will move in the direction of the resultant force.
When does an objects motion change?
The motion of an object will change when it is acted on by some force. This force will speed it up, slow it down, change its direction of motion or perhaps cause it to spin. All thses changes of motion are response to the force acting on the object. This is Newton's first law: An object in motion will continue in motion (and in the same direction) unless acted on by some force. Some might call this the law of inertia.
What objects change direction when you push or pull it?
Any object that has a mass.
Is velocity a change in an objects motion?
Velocity is a change in an object's motion OR direction of motion.
A net force acting on an object changes the objects what?
Direction or shape
Can a unbalanced force change an objects motion?
An unbalanced force can: change the speed an object moves at change the direction an object is moving cause an object to start/stop moving
What is a force that causes an object to change its motion?
I think this question is not phrased very well. Any force can change objects velocity (speed+direction). If fact that is the definition of the force - F=ma any force, by definition itself, can change objects velocity. Maybe you meant what force can change objects direction of motion? In that case - any force that has a different direction (not the same as direction of motion) Any force can change an object's motion.
What term is defined as change in an objects position over time without including direction?
Motion is the change in an object's position without including direction.
Can forces change an objects direction?
If I am reading your question correctly, you want to now if balanced forces can change the direction an object is traveling. The answer is no. Balanced forces always produce no net change, hence the term "balanced". You need an unbalanced force to change the direction of an object, or to set an object in motion from a standstill.
What will happen to an objects spectrum as the object moves away from you?
the spectrum change with direction, either from you or away
What are the forces that result in no change in an objects. Motion?
Forces that are equal in magnitude, opposite in direction and acting on the same object will not create a change in said objects motion.
What term is defined as the change in an objects positions over time without including direction?
Motion is the change in an object's position without including direction.
How can mass affect an objects inertia and direction of its motion?
Mass is the amount of material in an object. The more material in an object, the more material you have to get moving before the object itself moves. Have a friend pitch you one baseball. You will notice the recoil of the bat. Ducktape 2 or 3 baseballs togeter and have your friend pitch them to you. The recoil will increase significantly because you have to change the direction of more objects. The more objects, the more mass.
How do unbalanced forces affect an objects velocity?
When the forces on an object are unbalanced, the object undergoes acceleration. Its direction is the direction of the net effective force, and its magnitude is the magnitude of the net effective force divided by the object's mass.
