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No. Fluids with higher density produce higher buoyant force.
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∙ 13y ago
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When you exert a force on an object it exerts what force back on you?
A force in the opposite direction, and with the same magnitude.
When you exert a force on an object it exerts the same force back on you?
its possible in any possible ways depending on the force put on it .
Whenever you exert a force on an object the object exerts a force back on you that is?
Simple answer: yes In order for you to stand, talk, move... ect objects must exert a force on you. For example if you are standing on the ground, the ground has to be pushing back at you, or you would just fall through. If an object doesn't exert the same force you exert on it, then you are moving the object.
If you throw a ball to your friend. will the ball exert a force against your hand?
Since you need to exert force on the ball to push it away from you, the ball will obviously push back (with a force that has the same magnitude, but is in the opposite direction). This is an example of Newton's Third Law.
How is net force determined if two students moving a piano exert force in the same direction?
The net force resulting from two forces acting in the same direction is the sum of their magnitudes, and continues to act in the same direction.
Why does wooden block have higer bouyant force than metal block?
It doesn't. Assuming the volumes are the same, the buyant force will also be the same.
When you exert a force on an object it exerts what force back on you?
A force in the opposite direction, and with the same magnitude.
When you exert a force on an object it exerts the same force back on you?
its possible in any possible ways depending on the force put on it .
Whenever you exert a force on an object the object exerts a force back on you that is?
Simple answer: yes In order for you to stand, talk, move... ect objects must exert a force on you. For example if you are standing on the ground, the ground has to be pushing back at you, or you would just fall through. If an object doesn't exert the same force you exert on it, then you are moving the object.
You exerta force of 100N on a table and your friend exerts a force of 75N in the same directionwhat is the net force that you and your friend exert on the desk?
175N
If you throw a ball to your friend. will the ball exert a force against your hand?
Since you need to exert force on the ball to push it away from you, the ball will obviously push back (with a force that has the same magnitude, but is in the opposite direction). This is an example of Newton's Third Law.
How is net force determined if two students moving a piano exert force in the same direction?
The net force resulting from two forces acting in the same direction is the sum of their magnitudes, and continues to act in the same direction.
What happen when two forces are exert in the same direction?
their magnitudes are added together, resulting in a stronger force
Whenever you exert a force on an object does it exerts stronger or the same force back on you?
Remember Newton's third law of motion! The object exerts a force that is of equal (the same) magnitude but in the opposite direction to what you applied to it
When you standing on the floor does the floor exert an upward force against your feet How much force does it exert?
Because your feet are not accelerating, the force exerted by the floor upon your feet must be exactly the same as the force exerted by your feet on the floor. If you are standing, the amount of force exerted by your feet, and thus the amount of force exerted by the floor, is equivalent to your weight.
Why is it that your weight change from place to place but your mass stays the same?
Your mass is how much matter you are made up of. Your weight is how much force you exert on your surroundings. If the force of gravity is greater or weaker, then your constant mass will exert more, or less force on the surroundings, ie, your weight will be different.
What is third law of motions?
Newton's Third Law of motion states that every action has an equal and opposite reaction. This essentially states that if you exert a force on something, that object will exert the same force on you in the opposite direction. An example of this is you sitting at your computer now. Your weight is a force pushing down on your chair, and the chair is pushing up on you with the same force as your weight. This keeps you in one place.
