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s pumped from a lower reservoir to a highe of 10 1/s. Assume ideal flow. Determine the ump inlet (Pa)? Is the cavitation about to app

s pumped from a lower reservoir to a highe of 10 1/s. Assume ideal flow. Determine the ump inlet (Pa)? Is the cavitation about to app

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Question 5 Water is at 20°C is pumped from a lower reservoir to a higher reservoir by a pump at a rate of 10 1/s. Assume ideal flow. Determine the absolute pressure at the pump inlet (Pa)? Is the cavitation about to appear at the pump inlet? 20m SM le=50m * purp
Transcribed Image Text:Question 5 Water is at 20°C is pumped from a lower reservoir to a higher reservoir by a pump at a rate of 10 1/s. Assume ideal flow. Determine the absolute pressure at the pump inlet (Pa)? Is the cavitation about to appear at the pump inlet? 20m SM le=50m * purp
O 1445 and no cavitation O 149545 and cavitation O 14955 and cavitation O 14955 and no cavitation O 149545 and no cavitation O 1445 and cavitation
Transcribed Image Text:O 1445 and no cavitation O 149545 and cavitation O 14955 and cavitation O 14955 and no cavitation O 149545 and no cavitation O 1445 and cavitation
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