22, IA man crosses a river through shortest distance D as given in the figure. VR is velocity of water and Vm is velocity of man in still river water. If Var is relative velocity of man w.r.L. river, then find the angle made by swimming man with the shortest distance AB mR a-d nenstiont welady)
22, IA man crosses a river through shortest distance D as given in the figure. VR is velocity of water and Vm is velocity of man in still river water. If Var is relative velocity of man w.r.L. river, then find the angle made by swimming man with the shortest distance AB mR a-d nenstiont welady)
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![22,
IA man crosses a river through shortest distance D as given in the figure. VR is velocity of
water and Vm is velocity of man in still river water. If Var is relative velocity of man w.r.L.
river, then find the angle made by swimming man with the shortest distance AB
mR
a-d nenstiont welady)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F04f66d34-5dc8-40c2-86c5-c184e6029131%2F4aec6394-b93e-4827-8b57-fe86285d0d70%2Firyy7bn.jpeg&w=3840&q=75)
Transcribed Image Text:22,
IA man crosses a river through shortest distance D as given in the figure. VR is velocity of
water and Vm is velocity of man in still river water. If Var is relative velocity of man w.r.L.
river, then find the angle made by swimming man with the shortest distance AB
mR
a-d nenstiont welady)
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