Depends on the year and model of the engine. I was just looking that up in a book today while learning how to change a camshaft sensor in a 2001 Chevy Metro. If this is for a camshaft sensor, then it will be 89 inches/lb. This was quoted for models 1996 and up
A 1-foot cube of steel weighs approximately 490 pounds.
Pulverised coal = 38 pounds per cubic foot
46-0-0 weighs between 45 and 52 pounds per cubic foot
Assuming the pivot is positioned at a 90-degree angle and ignoring friction, it would take a 100-pound force applied at the end of a 1-foot-long lever arm to lift 100 pounds. This is based on the principle of torque, where the force applied multiplied by the distance from the pivot point determines the weight that can be lifted.
There are approximately 43 pounds per cubic feet of potatoes. Thus there are 8000 X 43 = 344,000 pounds of potatoes in 8000 cubic feet.
70 foot pounds at the wheel for a 2.2
Flywheel Torque 61-69 Foot pounds
10 foot pounds
20 foot pounds
60 foot pounds
170 horsepower with 225 foot pounds of torque
587 horsepower, 26 foot-pounds of torque
To calculate the gross torque of a 10 horsepower (hp) engine, you can use the formula: Torque (in foot-pounds) = (HP × 5252) / RPM. For example, if the engine operates at 3600 RPM, the torque would be approximately 14.75 foot-pounds. However, the actual torque will vary depending on the engine's RPM and design characteristics. Generally, a 10 hp engine can produce around 20-25 foot-pounds of torque at its peak operating RPM.
A 1970 Chevy chevelle has 500 HORSEPOWER and 450 FOOT POUNDS OF TORQUE.
245 horsepower and 335 foot pounds of torque
160-165 horsepower. 230-235 foot pounds of torque.
IIRC, the motor for that year was the LT1, which was rated at 300 horsepower and 330 foot-pounds of torque.