1t.8 million
1 newton = 0.2248 pound force (rounded) 1 pound force = 4.4484 newtons (rounded) 67 pounds force = 298 newtons (rounded)
Ft Lbs (Foot pounds) is a measure of force; where as pounds is a measure of weight. They are not comparable.
A 10 newton force is approximately 2.25 pounds-force, so the 5 pound force is greater.
In one newton there is 0.224808943 pounds of force, and in a pound of force there are 4.44822162 newtons of force. Note that a Newton is a unit of force, not mass. actually a newton is 0.00571014716277 pounds of force!!
a pound is a measurement of weight and is about the weight of an average childrens thesaurus. * * * * * No, a pound is a measure of mass, not of weight. A body with a mass of 1 pound will have different weights on the surface of the moon, the earth and a neutron star, for example.
9.80665 Newton = 1 kilogram force = 2.20462 pound force 38.21752031 pound force x 9.80665 Newton/2.20462 pound force = 170 N you may try using the online converter linked below next time
it is approxitematerly 3000 pounds
That's not a question that's a statement and whether it is true or not is up to you; look back in the modules.
1 kilogram-force is 9.81 Newtons, so 1 kilo-Newton is 101.9 kilogram-force. There are 2.2 pounds in a kilogram. Therefore there are 224.26 pounds-force in 1kN. Note that Newtons is a measure of force, whereas pounds is a measure of mass. 1 pound-force is the gravitational force exerted by the Earth on a mass of 1 pound. That is probably what you mean, so your answer is 224.26
The bite force of the Eastern Grey squirrel can exceed 7000 pounds.
To lift a 60 pound rock with a mechanical advantage of 4, you would need to apply 15 pounds of force. This is because the force needed is the weight of the rock divided by the mechanical advantage (60 pounds / 4 = 15 pounds).
To estimate the force released in a crash, we can use the principle of kinetic energy. A 3,000-pound car traveling at 70 mph has a kinetic energy of approximately 1,500,000 foot-pounds. However, force during a crash depends on the duration of the impact. While it's complex to convert kinetic energy directly to force without knowing the specifics of the collision, roughly estimating, the force could be in the range of several million pounds depending on the crash dynamics and deceleration time.