Explain the phenomenon of wall wetting and how it affects the performance of the engine. What...

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Explain the phenomenon of wall wetting and how it affects the performance of the engine. What are the ways in which it can be rectified? What is the torque requirement for a truck that weights 2T when fully loaded and capable of climbing a 4% gradient with full load at a speed of 20 kmph. If the average power consumption of the vehicle can be assumed to be 15kWh/100 km, what would be the battery size required for driving 6 hours each day at average speed of 20kmph (10) Explain the phenomenon of wall wetting and how it affects the performance of the engine. What are the ways in which it can be rectified? What is the torque requirement for a truck that weights 2T when fully loaded and capable of climbing a 4% gradient with full load at a speed of 20 kmph. If the average power consumption of the vehicle can be assumed to be 15kWh/100 km, what would be the battery size required for driving 6 hours each day at average speed of 20kmph (10)

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Wall Wetting in Engines Wall wetting is a phenomenon in internal combustion engines where fuel can condense or stick to the cylinder walls instead of ... View the full answer