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This would indicate negative acceleration, which would mean that the object in question is speeding up.
The object would accelerate faster.
yes the acceleration can take a negative value. for example an object with an accleration of -2 ms-2 would be slowing down. However this is normally called deceleration.
i would say if the object were to collide with something like a car into a tree im not sure if this answer is completely right but that's what i would say
If you were to say that it's possible, we would say that your statement is false.
This would indicate negative acceleration, which would mean that the object in question is speeding up.
When a moving object is slowing down, i.e. its speed is decreasing.
The object would accelerate faster.
If the object were on earth it would travel 9.8 m/s^2.
yes the acceleration can take a negative value. for example an object with an accleration of -2 ms-2 would be slowing down. However this is normally called deceleration.
i would say if the object were to collide with something like a car into a tree im not sure if this answer is completely right but that's what i would say
If you were to say that it's possible, we would say that your statement is false.
It is Newton's Second Law that states that.
a. the object is turning b. the object is not moving c. the object is speeding up d. the object is slowing down e. this situation would not be physically possible
Nothing. The volume an object has no direct effect. Indirectly, it would affect its aerodynamic characteristics and result in slowing it down which would reduce the KE.
true
That means that there are one or more forces acting on an object, but the vector sum of these forces is not zero. That would cause the object to accelerate - in other words, its speed would change.