To calculate the time required, we first need to find the work done to lift the weight: Work = Force x Distance = 50 N x 100 m = 5000 J. Then, use the power formula P = Work / Time to find the time: Time = Work / Power = 5000 J / 1000 W = 5 seconds. Therefore, it will take the motor 5 seconds to lift the 50 N weight 100 meters at full capacity.
The maximum torque that this engine can produce is 350 Newton meters.
No, newton meters do not measure in kilograms. Newton meters measure torque or work, which is the product of a force in newtons and a distance in meters. Kilograms measure mass, not force or work.
The question does not make sense. The newton and newton meter are different units, so: for a force of 120 newton meters, you can have a 10 newtons over 12 meters, 5 newtons over 24 meters, 0.5 newtons over 240 meters, 50 newtons over 2.4 meters, and so on.
12 newton meters is equivalent to approximately 8.85 foot pounds.
The work done is 2 joules. Work is calculated by multiplying the force exerted (1 newton) by the distance moved in the direction of the force (2 meters).
There are 100 c-newton meters in a newton meter.
550 newton subtract 0.5 meters = 549.5
7.5 newton meters converts to approximately 66.4 ft-lbs.
Work = (Force) x (Distance) = 60 x 5= 300 Newton Meters = 300 Joules
The maximum torque that this engine can produce is 350 Newton meters.
The prefix "deca" means ten.
No, newton meters do not measure in kilograms. Newton meters measure torque or work, which is the product of a force in newtons and a distance in meters. Kilograms measure mass, not force or work.
Newton Meter. One newton meter is equal to about 0.74 lb ft.
First mulitiply Newton x meter to get the energy (or work) required. Then divide the result by the time to get the power.
Newton-Meters
newton-meters
The area of Newton Flotman is 4,870,000.0 square meters.