The torque (in Nm) exerted on the crankshaft of a two stroke engine can be described as T=10000+1000sin2θ−1200 cos2θ, where θ is the crank angle as measured from inner dead center position. Assuming the resisting torque to be constant, the power (in kW) developed by the engine at 100 rpm is104.719

The torque (in Nm) exerted on the crankshaft of a two stroke engine ca

1.	The torque (in Nm) exerted on the crankshaft of a two stroke engine can be described as T=10000+1000sin2θ−1200 cos2θ, where θ is the crank angle as measured from inner dead center position. Assuming the resisting torque to be constant, the power (in kW) developed by the engine at 100 rpm is104.719
Answer» The torque (in Nm) exerted on the crankshaft of a two stroke engine can be described as $T = 10000 + 1000 s i n 2 θ - 1200 c o s 2 θ$ , where $θ$ is the crank angle as measured from inner dead center position. Assuming the resisting torque to be constant, the power (in kW) developed by the engine at 100 rpm is 104.719

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