Its weight is 490.3N (about 110.2 pounds).
The force exerted by the boy on the chair is equal to his weight, which is calculated as mass times gravity. At sea level, gravity is approximately 9.81 m/s^2. Therefore, the force exerted by a 50 kg boy on a chair at sea level is 50 kg * 9.81 m/s^2 = 490.5 N.
500 newtons
B. A force equal to his weight. When a man is walking horizontally on a level surface, the force he applies to the ground is equal in magnitude to his weight in order to support his body and propel him forward.
The force that acts against the gravitational force in the upward direction is typically the normal force. The normal force is the force that a surface exerts on an object in contact with it, pushing against the force of gravity.
To find the force air exerts on the desk, you need to multiply the atmospheric pressure by the area of the desk. First, convert the dimensions to meters (1.54 m long and 0.78 m wide), then calculate the area (1.54 m * 0.78 m = 1.204 m^2). Finally, multiply the area by the pressure to find the force (1.105 Pa * 1.204 m^2 = 1.33 N).
No, a vertical force would not do work on an object moving horizontally because the force is being applied in a different direction from the object's motion. Work is only done when the force and the displacement are in the same direction.
If the object is at rest, a force greater than 600N would be required to overcome static friction and start its motion. Once in motion, a force equal to 600N would be needed to keep the object moving at a constant velocity on a level surface, assuming there is no other resistance.
A kilogram weighs a kilogram or, exerts a force of around 9.8 Newtons on Earth at ground level.
in second level of white knights castle his name is not herald hes sitting on the chair in the east side of the castle
A geriatric chair, also known as a Geri chair may flip over backwards if they are not leveled out right with weight. By this I mean if the weight sitting in the chair is not leveled out forward to backward and the position of the chair placed where the persons feet level out their top body, the chair may flip over.
Atmospheric pressure exerts more force on you if you are deeper than 10 meters. At 10m below sea level the atmospheric pressure is double that of on land and it increase with every 10 metres that you descend
To find the force air exerts on the desk, you need to multiply the atmospheric pressure by the area of the desk. First, convert the dimensions to meters (1.54 m long and 0.78 m wide), then calculate the area (1.54 m * 0.78 m = 1.204 m^2). Finally, multiply the area by the pressure to find the force (1.105 Pa * 1.204 m^2 = 1.33 N).
No, a vertical force would not do work on an object moving horizontally because the force is being applied in a different direction from the object's motion. Work is only done when the force and the displacement are in the same direction.
about 14.6 pounds, at sea level
under neath your chair
Fluid pressure increases with depth because the weight of the liquid on top of the measuring level exerts force downwards. It is the same effect as piling up 10 plates because the one below gets all the pressure.
Fluid pressure increases with depth because the weight of the liquid on top of the measuring level exerts force downwards. It is the same effect as piling up 10 plates because the one below gets all the pressure.
It's a lawn chair. Specifically it's the White Director's Chair at the Beach House. Or one can be purchased from the store if you are at a high enough level.
keep on clicking r2 and l2