THE_ANGULAR_VELOCITY_OF_THE_PINION_IS_150_RPM_AND_THAT_OF_THE_GEAR_IS_75_RPM._THE_NUMBER_OF_TEETH_ON_THE_PINION_IS_EQUAL_TO_20_AND_THE_MODULE_=_6_MM._THE_VALUE_OF_ADDENDUM_IS_EQUAL_TO_1_MODULE._THE_PRESSURE_ANGLE_BETWEEN_THE_TWO_GEARS_IS_20¬¨¬®‚ÄÖ√†√ª._FIND_THE_VELOCITY_OF_SLIDING_AT_THE_END_OF_THE_CONTACT.?$#

THE_ANGULAR_VELOCITY_OF_THE_PINION_IS_150_RPM_AND_THAT_OF_THE_GEAR_IS_

1.	THE_ANGULAR_VELOCITY_OF_THE_PINION_IS_150_RPM_AND_THAT_OF_THE_GEAR_IS_75_RPM._THE_NUMBER_OF_TEETH_ON_THE_PINION_IS_EQUAL_TO_20_AND_THE_MODULE_=_6_MM._THE_VALUE_OF_ADDENDUM_IS_EQUAL_TO_1_MODULE._THE_PRESSURE_ANGLE_BETWEEN_THE_TWO_GEARS_IS_20¬¨¬®‚ÄÖ√†√ª._FIND_THE_VELOCITY_OF_SLIDING_AT_THE_END_OF_THE_CONTACT.?$#
A.	591.29 mm/s
B.	601.12 mm/s
C.	324.87mm/s
D.	512.02 mm/s
Answer» D. 512.02 mm/s

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Two involute gears in a mesh have path of approach = 29.83 mm and path of recess = 21.09 mm. The larger gear has 40 teeth and the pinion has 12 teeth. Find the ratio of the sliding to rolling velocity at the:i) beginning of contactii) end of contactiii) pitch pointr = 72 mm
What is the formula for rolling velocity?
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THE_ANGULAR_VELOCITY_OF_THE_PINION_IS_150_RPM_AND_THAT_OF_THE_GEAR_IS_75_RPM._THE_NUMBER_OF_TEETH_ON_THE_PINION_IS_EQUAL_TO_20_AND_THE_MODULE_=_6_MM._THE_VALUE_OF_ADDENDUM_IS_EQUAL_TO_1_MODULE._THE_PRESSURE_ANGLE_BETWEEN_THE_TWO_GEARS_IS_20¬¨¬®‚ÄÖ√†√ª._FIND_THE_VELOCITY_OF_SLIDING_AT_THE_END_OF_THE_CONTACT.?$#
Two involute gears in a mesh have path of approach = 29.83 mm and path of recess = 21.09 mm. The larger gear has 40 teeth and the pinion has 12 teeth. Find the ratio of the sliding to rolling velocity at the:$

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