If `v_(m)` is the velocity of sound in moist air, `v_(d)` is the velocity of sound in dry air, under identical conditions of pressure and temperatureA. `V_(m) gt V_(d)`B. `V_(m) lt V_(d)`C. `V_(m)=V_(d)`D. `V_(m)V_(d)=1`

If `v_(m)` is the velocity of sound in moist air, `v_(d)` is the veloc

1.	If `v_(m)` is the velocity of sound in moist air, `v_(d)` is the velocity of sound in dry air, under identical conditions of pressure and temperatureA. `V_(m) gt V_(d)`B. `V_(m) lt V_(d)`C. `V_(m)=V_(d)`D. `V_(m)V_(d)=1`
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If `v_(m)` is the velocity of sound in moist air, `v_(d)` is the velocity of sound in dry air, under identical conditions of pressure and temperatureA. `V_(m) gt V_(d)`B. `V_(m) lt V_(d)`C. `V_(m)=V_(d)`D. `V_(m)V_(d)=1`

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