86nM is approximately 63.4 foot-pounds force.
You could have 'newton-centimeters', or 'newton-inches', or 'pound meters' etc., but you can't have 'newton pounds'. Torque is (a distance) x (a force), but 'newton pound' is (force) x (force). Whether or not that has any physical significance at all, it's surely not torque.
One newton is approximately equal to 0.2248 pounds.
1 Newton is 0.22481 pounds.
2.248 are (rounded)
1 foot = 12 inches1 foot-pound = 12 inch-pounds
One foot-pound = 1.3558 Newton-meters.
8.851 inch-pounds = 1 Newton-meter so 885.1 inch pounds
10 inch-pounds is approximately 1.13nM
You could have 'newton-centimeters', or 'newton-inches', or 'pound meters' etc., but you can't have 'newton pounds'. Torque is (a distance) x (a force), but 'newton pound' is (force) x (force). Whether or not that has any physical significance at all, it's surely not torque.
14nM is about 10.33 ft-lbs.
15 ft-lbs is about 20.34 newton meters.
1 N = 0.22 lb 1 m = 3.28 feet 90 ft lb/3.28/.22 = 124.7 N-m
There is some possible confusion here. A pound is an older unit; from a time when the distinction between mass and weight was not very clear. Therefore, the pound is sometimes used as a unit of mass, sometimes as the equivalent unit of force (assuming standard gravity). So, in my opinion, "how many pounds in a Newton" is correct - if it is understood that you are using pound as a weight. In the unit foot-pound, pound is definitely used as a force.
One newton is equal to 0.224809 pounds.
One newton is approximately equal to 0.2248 pounds.
One newton is equal to 0.224809 pounds.
One newton is equal to 0.224809 pounds.