Calculate moment of force, force or position vector
Force (F):
Newton (N)
dyna (dyn)
kilogram-force, kilopond (kgf)
kilonewton (kN)
kilopound-force (kipf)
meganewton (MN)
poundal (pdl)
sten (sn)
pound-force (lbf)
Position vector (r):
kilometer
verst
decimeter
inches (in)
cables
meter
millimeter
mile
nautical mile
centimeter
feet (ft)
yards
Moment of force (t):
kilopond meter
Newton centimeter (N c)
Newton meter (N m)
kilonewton meter (kNm)
ounce-force inch
ounce-force foot
pound-force inch
foot-pound (ft lb)
Result in:
kilopond meter
Newton centimeter (N c)
Newton meter (N m)
kilonewton meter (kNm)
ounce-force inch
ounce-force foot
pound-force inch
foot-pound (ft lb)
kilometer
verst
decimeter
inches (in)
cables
meter
millimeter
mile
nautical mile
centimeter
feet (ft)
yards
Newton (N)
dyna (dyn)
kilogram-force, kilopond (kgf)
kilonewton (kN)
kilopound-force (kipf)
meganewton (MN)
poundal (pdl)
sten (sn)
pound-force (lbf)
Torque, moment, or moment of force is the tendency of a force to rotate an object about an axis, fulcrum, or pivot, is defined as the cross product of the position vector of the point where the force is applied distance vector and the force vector, which tends to produce rotation.
