0
Explain - how you can exert a large force on an object without doing any work?
Wiki User
∙ 10y ago
You make somebody else do it. haha :p
Wiki User
∙ 10y ago
Add your answer:
Earn +20 pts
How does the theory of field forces explain how onjects could exert force on each other without touching?
The "field" transmits a change of environment that exerts a force on the remote object.
When you exert a force on an object it exert the?
opposite and equal force against you.
How you can exert a large force on an without doing any work?
Work requires two items, force and motion.
If you exert a force on an object in motion you will change its .?
Velocity.
Liquids and gases exert a buoyant force on object placed in them?
Yes, liquid and gases exert a buoyant force on object because of the surface tension of the fluid.
How does the theory of field forces explain how onjects could exert force on each other without touching?
The "field" transmits a change of environment that exerts a force on the remote object.
When you exert a force on an object it exert the?
opposite and equal force against you.
How you can exert a large force on an without doing any work?
Work requires two items, force and motion.
You do on an object when you exert a force on the object that causes the object to move some distance?
You do work
What territory does Japan try to exert control over?
[object Object]
Is the force that every object in the universe exert on every other object?
inertia
When do you do work?
when you exert a force on an object that causes the object to move some distance.
What is it when you exert a force that causes the object to move?
The answer is battery
If you exert force on an object in motion you will change its?
Direction
If you exert a force on an object in motion you will change its .?
Velocity.
Liquids and gases exert a buoyant force on object placed in them?
Yes, liquid and gases exert a buoyant force on object because of the surface tension of the fluid.
How much force does one exert when lifting an object?
The force would be the weight of the object.
