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What else can I help you with?
If the force of a moving an object points at least partially in the opposite direction of the objects motion?
Nothing will happen. Nothing will happen. I think.
Which object would have the least acceleration if you pushed on it with a force of 6.5 n?
The one with the greatest mass, or the one sitting on the roughest surface.
If the force moving an object points at least partially in the opposite direction of the object's motion what is the work considered to be?
Work = Force * displacement * Cosine of the angle between Force and displacement.. Here, that angle would be 180 degrees Cos 180 degree = -1 Hence work will be negative Work (W).
Why are you doing work when you lift something but not when you carry it?
Its just due to the "physical" definition of work. In order for a force to do work on an object it must move (at least some component of it) parallel to the force. So when lifting, the force is up and the movement is up and the force does work. In carrying, the force is up but the movement is horizontal. They are perpendicular and the force does no work. False
Which type of pulley takes the least amount of work?
It would be more accurate to ask whuch pulley takes the least amount of FORCE. WORK=FORCE X DISTANCE so ultimately the amount of work will be the same depending on how far the load moves. If you are wondering which pully will be the easiest to use than you need to know something about pulleys. Each time a rope passes through a pulley, the amount of FORCE needed to move a load decreases. The more passes the greater the MECHANICAL ADVANTAGE. But, there is a trade off. You may not need to pull as hard, (less force) but you will have to pull more rope (greater distance) to move the load. So the total amount of work remains equal.
What pulley Allows you to use the least force to lift an object?
A fixed pulley allows you to lift an object with the least force because it changes the direction of the force without providing any mechanical advantage. When using a fixed pulley, you only need to exert the same amount of force as the weight of the object being lifted.
The buoyant force on an object is least when the object is?
The buoyant force is zero when the object is just touching the liquid. As the object displaces more volume, the buoyant force increases until the object is completely submerged. Once the object is submerged, it doesn't matter how deep it is, the buoyant force remains constant.
If you have a choice of what you are going to hit in a crash hit the object?
the least force
When detaining a person for a security violation always ensure the amount of force used is?
Least amount of force
Is input force easier when a fulcrum is closer or farther away from the object?
Well if you mean which point would require the least amount of force then it would be when the fulcrum is at the farthest possible point because the radius would be longer causing the force to be smaller for the same amount of torque.Torque = Force x RadiusSame Decrease Increase
What is the minimum number of objects are required for a force to come into play?
At least two objects are needed for a force to come into play. A force is a push or pull exerted on one object by another object, so there must be at least two objects interacting for a force to be present.
If you have a choice of what you are going to hit in a crash hit the object .?
the least force
Which simple machine would require the least amount of force to move a mass a distance of 10 centimeters?
In theory, any simple machine can be fashioned in such a way that an infinitesimal amount of force could move an object an infinite distance. The question asked is seemingly missing information.
What pulley can lift weight with the least amount of force?
A fixed pulley can lift weight with the least amount of force. It changes the direction of the force needed to lift the weight but does not provide any mechanical advantage.
Why does a force require an interaction of objects?
The answer is simple. A force is a push or pull on something. If there is no something, then there is nothing to push or pull. So right off there must be at least the one object...the something that gets pushed or pulled. But now we get to...what's doing the pushing or pulling? And there we have a requirement for that second object. And that's why there is that "interaction." There has to be a pusher/puller and it has to push/pull something. There're the two objects. EX: If you push out ahead with your hands, the first object, you exert no force with that push because there is no second object. But if you do that same push but up against the wall of your office, you exert a force onto that wall, which is the second object.
When the force on an object points at least partialy in the?
direction of motion, it does positive work on the object, increasing its kinetic energy.
What is the least amount of force needed to hit a baseball out of the stadium?
around 246 newtons of force
