Figure illustrates a spring-loaded pressure relief valve. When thevalv

1.	Figure illustrates a spring-loaded pressure relief valve. When thevalve is seated as shown, the spring is compressed by x = 0.01 m and pushes down on a disk having a D = 1 cm diameter. One side of the valve is exposed to atmospheric pressure at Patm =100 kPa and the other is exposed to an elevated internal pressure. The spring constant is K = 5000 N/m. a) Determine the pressure at which the valve opens (in kPa). b) Generate a plot showing how the opening pressure and spring constant are related.
Answer» ANSWER: EXPLANATION: Ans is the IMAGE please See it Below SIR

Figure illustrates a spring-loaded pressure relief valve. When thevalve is seated as shown, the spring is compressed by x = 0.01 m and pushes down on a disk having a D = 1 cm diameter. One side of the valve is exposed to atmospheric pressure at Patm =100 kPa and the other is exposed to an elevated internal pressure. The spring constant is K = 5000 N/m. a) Determine the pressure at which the valve opens (in kPa). b) Generate a plot showing how the opening pressure and spring constant are related.

Answer»

ANSWER:

EXPLANATION:

Ans is the IMAGE

please See it Below SIR

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