at starting or initial stage there is no acceleration,it requires more force or power to move any body during initial stage,where as in running condition,it also requires some force or power whioch is less then the imitial power.hence the starting torque is always > pull up torque
in steam engines, the steam has to be compressed, which needs less torque than the internal combustion engine, where fuel air mixture is compressed Hence, the case!
no less torque less top speed
4 times
it intial power is low and did not produce much energy
Less than one tenth (1/10) of the earths gravitational pull.
Yes, you would weigh less if you were on the moon
because they have less horsepower and do not have that much torque in their engine
YES
Gravitational pull is less for Mercury, Venus, Mars and Uranus. And th eother planets have higher gravitational pull.
the moon's gravitational pull is far less than that of earth's
The starting torque of a wound-rotor motor is higher per ampere of starting current than that of a squirrel cage motor due to the ability to control the rotor resistance. In a wound-rotor motor, external resistance can be added to the rotor circuit, allowing for increased torque production during startup without drawing excessive current. In contrast, squirrel cage motors have a fixed rotor resistance, which limits their starting torque and results in a relatively lower torque per ampere of starting current. This design feature enables wound-rotor motors to provide better performance in high-torque applications.
There are 3 possibilities:-1) If the pinion has less teeth than the wheel - torque is increased.2) If the pinion has more teeth than the wheel - torque is decreased.3) If the pinion has the same number of teeth as the wheel - torque is constant.