No, internal forces can't change the velocity of a body. Because if we want to change the velocity of a body we must apply a external force or an unbalanced force.
Ex:- if we travel in a bus , if we apply some forces inside the bus the velocity of the bus can't change.so internal forces can not change the velocity of body
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A scientific way to describe push or pull is to refer to them as forces. A push is a force that moves an object away from the point of application, while a pull is a force that moves an object toward the point of application.
Erosion is the act in which an object moves fluid out of its way.
An object moves based on the forces acting upon it. These forces can include gravity, friction, and applied forces. The object's mass and the resultant acceleration determine its motion according to Newton's second law of motion (F = ma).
The motion of an object is influenced by various factors such as external forces acting on it, its initial velocity, and its mass. Newton's laws of motion describe how these factors interact to determine how an object moves. Additionally, factors like friction, gravity, and air resistance can also affect the motion of an object.
Any time speed or direction changes, that's acceleration. There's no way a balanced group of forces could do any of this, though. The vector sum of a group of balanced forces is zero, and where net force is zero, there's no acceleration.
Balanced forces will not change the velocity - speed and direction - of a moving object. the object will continue to move in the same way.
A scientific way to describe push or pull is to refer to them as forces. A push is a force that moves an object away from the point of application, while a pull is a force that moves an object toward the point of application.
Erosion is the act in which an object moves fluid out of its way.
An object moves based on the forces acting upon it. These forces can include gravity, friction, and applied forces. The object's mass and the resultant acceleration determine its motion according to Newton's second law of motion (F = ma).
Not exactly. 'Motion' or 'change of motion' are not force. But the only way to change an object's motion is to cause the group of forces on it to be unbalanced. If the object's motion is changing, then you can be sure that the group of forces acting on it is unbalanced.
-- An unbalanced group of forces on an object causes the object to accelerate in the direction of the net force. -- If an object is not moving, then the group of forces on it must be balanced, else it would be accelerated.
acheche
The motion of an object is influenced by various factors such as external forces acting on it, its initial velocity, and its mass. Newton's laws of motion describe how these factors interact to determine how an object moves. Additionally, factors like friction, gravity, and air resistance can also affect the motion of an object.
Any time speed or direction changes, that's acceleration. There's no way a balanced group of forces could do any of this, though. The vector sum of a group of balanced forces is zero, and where net force is zero, there's no acceleration.
Forces can change the way the body is moving. Speed it up, slow it down, change its direction.. it depends if the body is in equilibrium or not and what forces are already in play
If the object doesn't move, the forces HAVE TO be balanced. There is no other way.
what starts to move an object is force because it's pushing on the object and what stop's the obect from moveing is force too because if the force is going the oppisit way its going to stop the object.