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unirobotics
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Undefined. Torque is not measured in Newtons.unirobotics said:So what is the actual answer in Newtons?
No, torques IS measured in Newtons.jbriggs444 said:Undefined. Torque is not measured in Newtons.
No, torque IS NOT measured in Newtons.unirobotics said:No, torques IS measured in Newtons.
See the edit I'd already added to #5 above.unirobotics said:I did not expect anyone to misunderstand. Actual NM is the abrv. But what is the answer, instead of haggling about a term
No. Torque does not vary with input linear speed.unirobotics said:Ok, apologies. However, the problem is does the torque not vary with the input linear speed? The 35,000 Newtons are moving at 200mm per minute. What happens if it moves say 200mm per 20 seconds?
0.32 Nm. Barring any frictional resistance, the torque you can draw off from a shaft matches, on average, the torque you put in.unirobotics said:Thank you for your answer. It helped a great deal. Instead of posting a new question could I perhaps procure help in this:
what is the torque generated by an input shaft turning at 2000 RPM with an input NM torque of 0.32NM?
NM : Nautical mileunirobotics said:Actual NM is the abrv.
Linear force to torque conversion is the process of converting a linear force, which is a force applied in a straight line, into torque, which is a rotational force. This conversion is necessary when dealing with rotational systems, such as gears or motors, where linear forces need to be translated into rotational forces.
The formula for linear force to torque conversion is torque = force x distance, where force is measured in newtons and distance is measured in meters. This means that the torque produced by a force will be directly proportional to the distance from the point of rotation.
Linear force is a force that is applied in a straight line, while torque is a rotational force. Linear force is typically measured in newtons, while torque is measured in newton-meters. Additionally, linear force is used to move objects in a straight line, while torque is used to rotate objects around an axis.
The magnitude and direction of linear force applied at a distance from the point of rotation will determine the magnitude and direction of the resulting torque. A larger linear force or a longer distance from the point of rotation will result in a greater torque.
Linear force to torque conversion is used in many different industries and applications. Some examples include using a wrench to tighten a bolt, using gears to transfer power in a car transmission, and using motors to rotate machinery in manufacturing processes. Essentially, any system that involves converting linear forces into rotational forces will require some form of linear force to torque conversion.