Q. In the design of centre crankshaft at TDC position, the crank alone is at which position?

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Q. In the design of centre crankshaft at the TDC position, the engine is placed in which position?

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Q. The reactions at the bearing 1 and 2 are due to force by which part of the crankshaft?

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Q. The reactions at the bearing 2 and 3 are due to which part of the engine?

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Q. The thrust in the connecting rod will be equal to the force acting on which part of the engine?

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Q. Which plane of the crankshaft is subjected to the maximum bending moment?

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Q. The right and left-hand webs should be identified based on which consideration?

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Q. The bending moment in the vertical plane is due to which part of the engine?

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Q. The central plane of the crankpin is subjected to which force?

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Q. In the design of center crankshaft b=2D, what is D?

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Q. The bending moment in the horizontal plane is due to?

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Q. What is the dimension of crankweb when the diameter of crankpin is 50 mm?

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Q. The maximum torque is due to which component of force on the crank pin?

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Q. What is the crank angle from the TDC position for the petrol engine?

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Q. What is the crank angle from the TDC position for diesel engines?

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Q. The relationship between Φ and θ is given by?

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Q. In the formula SinΦ=\(\frac{sin\theta}{L/r}\), what is L?

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Q. In the formula Pₜ =PqSin(θ+Φ), what is Pₜ?

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Q. In the formula Pᵣ =PqSin(θ+Φ), what is Pᵣ?

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Q. Which are the two forces experienced by the crank pin?

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