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 Radius
Same Decrease Increase
Yes it does make it easier by using a fulcrum Yes it does make it easier by using a fulcrum
Yes, the closer you get the bigger the object will appear but to only the size of the object really is, and the farther away you get the small it will get
False. A lever to multiply the force exerted has its fulcrum closer to the object than to the force is applied. This will increase the force but decrease the distance the object moves compared to the force end.
The fulcrum is a point where something pivots around, so the position of the fulcrum is where ever the object is pivoting around.
Centrifugal force causes an object to be more easily modified, the farther is gets from the center of gravity, or the core. The closer you get, the weaker the centrifugal force.
Yes it does make it easier by using a fulcrum Yes it does make it easier by using a fulcrum
Yes, the closer you get the bigger the object will appear but to only the size of the object really is, and the farther away you get the small it will get
farther away
False. A lever to multiply the force exerted has its fulcrum closer to the object than to the force is applied. This will increase the force but decrease the distance the object moves compared to the force end.
The fulcrum is a point where something pivots around, so the position of the fulcrum is where ever the object is pivoting around.
Centrifugal force causes an object to be more easily modified, the farther is gets from the center of gravity, or the core. The closer you get, the weaker the centrifugal force.
An object have greater gravitational pull closer from earth. As we get farther from earth, the gravitational pull becomes weaker. That is why objects sufficiently away from the earth do not fall on it.
If you have two objects of equal weight on either end of a lever, then they must be equidistant from the fulcrum to make the lever balance.If one object weighs more than the other, then that one has to be closer to the fulcrum.
by adding more weight to the other side
To focus the image, you have to move the object you are studying closer to or farther from the objective lens.
A lever's mechanical advantage is the ratio of the effort arm to the load arm. The shorter the load arm, the greater the lifting power, so the closer the fulcrum is to the object being lifted, the better.
The Forearm