2,000 pounds
As you get farther from the center of Earth, your weight willDECREASE
Yes, your mass does not change, but your weight will decrease as you move up a mountain side where the value of gravity (g) decreases.
The speed at which an electromagnet can move an object depends on various factors such as the strength of the electromagnet, the weight of the object, and the distance it needs to move. In general, electromagnets can exert forces quickly but the specific speed will vary case by case.
They move faster then others because they have weight in them. It may not make sense, but try this: Take a marble and a bowling ball. Roll them both the same speed. Which one goes faster? It will be the bowling ball because it has more weight to it. Regular clouds do not have much weight to them, so they float through the sky slower then rain clouds.
As you move away from the center of the Earth, your weight will decrease. This is because weight is the force of gravity acting on an object, and gravity weakens with increasing distance from the center of the Earth.
75 mph winds can move objects weighing up to 20 pounds.
What you talkin 'bout - Willis?
im gonna say there about 100 pounds its not so much the weight as it is how hard they are for one person to move around
im gonna say there about 100 pounds its not so much the weight as it is how hard they are for one person to move around
Normally pounds or Kilograms but larger amounts could move in to tons and metric tons
To move 1 ton (2000 pounds) on a surface with no friction, you would need a force equivalent to its weight, which is about 2000 pounds-force. This force is equivalent to about 8,900 newtons.
Is weight and mass the same thing? Is 1 kg always 2.2 pounds? At the surface of the Earth, yes. On the moon, 1 kg would be about 0.7 pounds. Weight is the effect of gravity on mass. In space, you have no (or very little) weight, but you still have the same mass. Astronauts in the ISS have no weight and can float around, but if they want to move themselves, they have to deal with inertia.
Move more.
Robots can vary in strength depending on how they are built and with what materials. For instance, a small robot built with aluminum parts may only be able to move a few pounds worth of weight, but a larger robot built with a strong metal such as titanium could move at least hundreds of pounds.
Ankle weights can help a person to burn more calories when they walk or move about due to adding extra weight which needs more force and strength to move.
To calculate the psi needed to lift a weight, you would need to know the weight being lifted and the surface area over which the weight is distributed. You can then use the formula: psi = (weight / surface area). Make sure that the units of weight and surface area are consistent, such as pounds for weight and square inches for surface area.
The buoyant force of water will partially counteract the weight of the rock, making it feel lighter. The force required to move the rock will be less than 50 pounds, as a portion of its weight is offset by the buoyant force. The exact force needed will depend on the shape and density of the rock, and the friction between the rock and the surface it is resting on.