Find the correct statement with respect to Newton's second law of motion. a. For rotating bodies, torque is directly proportional to rate of change of angular momentum. O b. For reciprocating bodies,...

Find the correct statement<br>with respect to Newton's<br>second law of motion.<br>a. For rotating bodies,<br>torque is directly<br>proportional to rate of<br>change of angular<br>momentum.<br>O b. For reciprocating<br>bodies, torque is<br>directly proportional to<br>rate of change of<br>angular momentum.<br>c. For reciprocating<br>bodies, impressed<br>force is inversely<br>proportional to rate of<br>change of linear<br>momentum.<br>d. For rotating bodies,<br>impressed force is<br>directly proportional to<br>rate of change of<br>linear momentum.<br>

Extracted text: Find the correct statement with respect to Newton's second law of motion. a. For rotating bodies, torque is directly proportional to rate of change of angular momentum. O b. For reciprocating bodies, torque is directly proportional to rate of change of angular momentum. c. For reciprocating bodies, impressed force is inversely proportional to rate of change of linear momentum. d. For rotating bodies, impressed force is directly proportional to rate of change of linear momentum.

Jun 11, 2022

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Find the correct statement with respect to Newton's second law of motion. a. For rotating bodies, torque is directly proportional to rate of change of angular momentum. O b. For reciprocating bodies,...

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