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[30 minutes Weight 20%: CPL-d, CPL-j; CPMK-1, CPMK a. Explain the difference between bitter and tenacious material. Normal Voltage Theory not appropriately used for machine tenacious material? b. The A-B-C-D shaft with a diameter of d a 1.25 inches as sho of AISI 1020 hot rolled metal (Syield= 30 kpsi). The shaft gets from the belt. Torque in the direction as in the figure of 1100 16 of attraction at point B is 550 lb and at point C is 275 lb. Cal against the maskimum shear voltage theory in cross-secti assumed to roll and in D is assumed pin. [Hints: start by C Diagram x-z field]
-4 in - - 4 in 2 in Stress element T'C T B K 7 Shaft dia. = 1.25 in T = Torque = 1100 lb in - - Figure 3
n bitter and tenacious material. Why is the Maximum appropriately used for machine components made of meter of d = 1.25 inches as shown in Figure 3 is made (Syield = 30 kpsi). The shaft gets tensile load and torque ection as in the figure of 1100 lb-in; The resultant force lb and at point C is 275 lb. Calculate the safety factor voltage theory in cross-section B. Tumpuam A is ssumed pin. [Hints: start by creating a Free Object