The maximum amount of torque that a steam engine can produce depends on its size and design, but it can typically range from a few hundred foot-pounds to several thousand foot-pounds.
The maximum torque that this engine can produce is 350 Nm.
The maximum torque that this engine can produce is 350 Newton meters.
Peak torque is typically measured by running the engine on a dynamometer and recording the maximum twisting force produced by the engine. The peak torque value is usually given in foot-pounds (lb-ft) or Newton-meters (N-m) and represents the maximum rotational force that the engine can generate at a specific engine speed.
The measure of twisting or rotational force that an engine can produce is called torque. It is a crucial aspect of an engine's performance and is usually measured in units such as pound-feet or newton-meters. Torque plays a significant role in determining the overall power and efficiency of an engine.
In a perpendicular direction to the rotating body.
The maximum torque that this engine can produce is 350 Nm.
The maximum torque that this engine can produce is 350 Newton meters.
Torque
It is the amount of torque a engine makes.
Toruqe is the amount of rotational force the engine generates
Peak torque is typically measured by running the engine on a dynamometer and recording the maximum twisting force produced by the engine. The peak torque value is usually given in foot-pounds (lb-ft) or Newton-meters (N-m) and represents the maximum rotational force that the engine can generate at a specific engine speed.
There is not a direct answer to your question due to you are asking about engine size/displacement. The amount of "work" an engine can accomplish is related to the torque that is output from an engine. The amount of torque an 80cc engine can produce is also variable. For example, a screaming 2 stroke run at 12,000 rpm does not have much torque -- it relies on the engine momentum to do work. A 4 stroke 80cc engine would have more "torque" (but less horsepower) There is also a gearbox you have to include. A large reduction gearbox that turns slow for the high engine rpm could output hundreds of pounds of torque (foot pounds or pound feet) translating to pushing thousands of pounds.
because a motorcycle engine is smaller in comparison to a cars engine. a motorcycle also puts out more power for its size than a car engine. To do this it must create a large amount of centrifugal force and to do this it spins faster. This reduces the maximum amount of torque available, but due to the small size of motorcycle, and rider, the torque is not necessary, and can even be dangerous. A car requires alot of torque in order to move, so the engine must be made of heavier materials and moved slower.
The measure of twisting or rotational force that an engine can produce is called torque. It is a crucial aspect of an engine's performance and is usually measured in units such as pound-feet or newton-meters. Torque plays a significant role in determining the overall power and efficiency of an engine.
In a perpendicular direction to the rotating body.
The maximum torque capacity of the door in the new car model is the highest amount of twisting force that the door can handle before it breaks or malfunctions.
It produces a transfer of energy...from potential to kinetic, or Torque when it comes to an engine.