distance travel divided by the time of travel
mass = density * volume weight = mass * acceleration due to gravity W = (2400 kg/m^3)*(1 m^3)*(9.8 m/s^2) = 23520 Newtons convert to pounds 23520 Newtons = 5287.5 lbs (note 1 lb is approximately 4.448 Newtons)
La W was created in 2003-01.
1/6 of 100 newtons is 16 2/3 newtons.
W = mg, where W is weight in Newtons, m is mass in kg and g is acceleration due to gravity, 9.8m/s2.W = 5kg x 9.8m/s2 = 49N = 50N rounded to 1 significant figure
The idea is to multiply the force times the distance. This assumes the force is in the same direction as the movement.
If you convert 3 newtons into kilograms which measure mass you have 0.30591486389338 kg.
On earth, 3 kg weighs 29.4 newtons. On the moon, the same 3 kg weighs 4.8 newtons. On the way there and back, the same 3 kg weighs zero newtons.
It depends on the weight. The work required in joules (kg*m2/s2) is equal to the force applied in newtons and the displacement, or distance, in meters. Thus, for an object that weights 1 N (multiply the weight of the object by the gravitational acceleration, 9.81 m/s2 to transfer to newtons) will require 1 N * 3 m = 3 J. Thus, the formula for work is: W = Fd "W" is the work done on the system. "F" is the force in newtons "d" is the displacement (or distance) of the object in meters.
800 newtons = 3/4 HP
F =ma where "a" is the accelerationof gravity in m/sec/sec, the weight in Newtons is 9.8 x 3 = 29.4 Newtons
Weight in Newtons = mass in kg x acceleration due to gravity W = 1kg x 9.8m/s2 = 9.8N
9.81 newtons