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Questions and Answers
In science, a pull on an object is called a force.
In science, a pull on an object is called a force.
False (B)
Forces come into play only when objects are stationary.
Forces come into play only when objects are stationary.
False (B)
In the examples given, if two objects interact, a force will always come into play.
In the examples given, if two objects interact, a force will always come into play.
False (B)
If two teams in a tug-of-war pull equally hard, the rope will move in one direction.
If two teams in a tug-of-war pull equally hard, the rope will move in one direction.
Forces applied on an object in opposite directions always cancel each other out.
Forces applied on an object in opposite directions always cancel each other out.
A ball rolling on the ground can never change its direction of motion.
A ball rolling on the ground can never change its direction of motion.
A force is not involved when a goalkeeper stops a ball.
A force is not involved when a goalkeeper stops a ball.
When an object is moving faster than another object, it always stays at a constant speed.
When an object is moving faster than another object, it always stays at a constant speed.
Fielders can only stop a ball hit by a batsman by letting it come to a complete stop.
Fielders can only stop a ball hit by a batsman by letting it come to a complete stop.
In the context of the text, pushing and pulling are actions that do not affect the state of motion of an object.
In the context of the text, pushing and pulling are actions that do not affect the state of motion of an object.
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