A cylindrical part with 25 mm in diameter and 15 mm height is subjected to an open die forging operation with flow stress of 100MPa and reduced in height to 10 mm. The yield stress of the material is 70 MPa and the final diameter is measured to be 30 mm. Calculate the forging force at the end of the stroke using the formula. (Assume Coefficient of friction = 0.2)

Evaluate 3x² + 2) dx A. 16 B. C. 24 A Moving to another question will save this response.

What is an element by element operation in matlab?

4:02 LTE Today Edit 3:59 AM 3 4 Let A= 5 7 2 0 0 1 a) Find the adj of A b) A

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Please do not copy other's work Please do not copy other's work Please do not copy other's work Please do not copy other's work   I will be very very appreciate!!

1)Can you help me get the zero error (divisions) 2)what is zero error (in units)

Q12. The simple connecting rod mechanism shown in Figure Q12 has a connecting rod length AB of 142mm and a crank radius OA of 46mm. The connecting rod has a centre of gravity C, which is located 32mm from end A. a) b) c) d) e) When the crank angle 0 is 305° and the crankshaft speed (w) is 6500rpm clockwise as shown, determine by kinematic analysis: The magnitude and direction of the angular velocity of the connecting rod. The magnitude and direction of the velocity of the piston. The magnitude and direction of the angular acceleration of the connecting rod. The magnitude and direction of the acceleration of the piston. The magnitude of the acceleration of the centre of gravity (C) in the X and Y directions. Bo a Fig. 12 Connecting Rod Mechanism A Ꮎ a) b) c) d) e) 131.2 rad/s (ACW) 30.6 m/s to the left 122782.7 rad/s² (ACW) 9953.8 m/s² to the right x: 11712.9 m/s² to the right y: 13524.2 m/s² upwards 4