The rate of descend is: ORDV sin y 1 RD E ORD: V cosy
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![The rate of descend is:
ORDV sin y
1
RD
E
ORD: V cosy](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faa2933e0-ad2c-45ed-a1e0-8a81d4cdc744%2F4d5649aa-c6a4-4639-9622-3462716585b8%2Fnzjjvme_processed.png&w=3840&q=75)
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- Two cylinders act right after one another. Each cylinder is metered, and some actions are slow, and there is a dwell between some actions. What is the minimum flow rate required (CFM) to operate this cylinders? (enter answer with 2 decimal places) Sequence of operations: Cyl. A extends with metering (takes 1.5 second) Dwell time for 2 seconds for part machining Cyl. B extend and retracts without metering (2 second) Dwell time for 10 seconds while an electric mixer is operated Cyl. A retracts quicky with no metering (0.5 seconds) Dwell time for 5 seconds while a part is placed before next cycle Assuming the displacements of the cylinders are: Cyl. A DE = 65 in3 Cyl. A DR = 62 in3 Cyl. B DE = 44 in3 Cyl. B DR = 41 in3Two cylinders act right after one another. Each cylinder is metered, and some actions are slow, and there is a dwell between some actions. What is the minimum flow rate required (CFM) to operate this cylinders? (enter answer with 2 decimal places) Sequence of operations: Cyl. A extends with metering (takes 1.5 second) Dwell time for 2 seconds for part machining Cyl. B extend and retracts without metering (2 second) Dwell time for 10 seconds while an electric mixer is operated Cyl. A retracts quicky with no metering (0.5 seconds) Dwell time for 5 seconds while a part is placed before next cycle Assuming the displacements of the cylinders are: Cyl. A DE 65 in³ = Cyl. A DR = 62 in³ = Cyl. B DE 44 in³ Cyl. B DR=41 in³B t Yo = hi 10 720s 3.5km Calculate Y = Yo exp (B.t) Show how the above in a fx82ms Calculator. 75 formula is used S 24
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