Problem 1 (0.6 Points). A diaphragm pressure gage is constructed as next figure with a = 2.5 cm, b= 0.3 cm, and t = 0.12

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Problem 1 0 6 Points A Diaphragm Pressure Gage Is Constructed As Next Figure With A 2 5 Cm B 0 3 Cm And T 0 12 1 (75.74 KiB) Viewed 41 times

Problem 1 (0.6 Points). A diaphragm pressure gage is constructed as next figure with a = 2.5 cm, b= 0.3 cm, and t = 0.122 cm. The material is spring steel. What pressure in Pascals, will be necessary to cause a deflection of 0.04 cm? I am including below part of the problem helping to solve correctly. Diaphragm representation: Data: a = 2.5 cm Formula: b Tele Ymax (b) Deflection = Ymax = 0.04 cm b = 0.3 cm ²3p(1 = μ²) | a² - 16Et³ 1²³) [₁²+ + ² y Y Уп max - 3p(1-²) 16 E³ ²2/₁² + ·a a4 + 3b4-4a²b² In + t = 0.122 cm GN E = 200- = 20- m² a + 3b-4a²b² In(a/b) 16a²b² a²-b² + (1) 16a²b² a²-b² μ = 0.3 MN cm² ²7 (In ())²] Using previous data and formula obtaining the pressure in Pascals necessary to cause a deflection of 0.04 cm. Implement below your process showing all substitutions and your clear dimensional analysis before presenting your result.