During pure orthogonal turning of a metal rod by a tool of the following geometry it was noted that the magnitudes of the tangential component and the axial component of the cutting force are 600 N...

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Extracted text: During pure orthogonal turning of a metal rod by a tool of the following geometry it was noted that the magnitudes of the tangential component and the axial component of the cutting force are 600 N and 200 N respectively. Inclination angle = 0° Orthogonal rake = 0° Principal cutting edge angle = 90° Chip reduction coefficient = 1-732 Using Merchant's circle diagram, determine the magnitudes of the shear force and the frictional force for the above condition. %3D ICHE 12 CS Scanned with CamScanner