Long wave

Classical Mechanics Level pending

A wave is represented by the equation y = ( 0.001 mm ) sin ⁡ [ ( 50 s − 1 ) t + ( 2.0 m − 1 ) x ] y =( 0.001 \text{ mm} ) \sin \left [ (50s^{-1} )t + (2.0\; m^{-1}) x \right ] .

Find the frequency (in Hz) and the wavelength in mm \text{mm} are: ______ , ______ \text{\_\_\_\_\_\_ , \_\_\_\_\_\_} respectively.

25 π ; 0.001 π 25\pi \quad ;\quad 0.001 \pi 25 π ; 0.001 π \frac { 25 }{ \pi } \quad ;\quad 0.001 \pi π 25 ; 0.01 π \frac { \pi }{ 25 } \quad ;\quad 0.01 \pi 25 π ; 0.01 π \frac { 25 }{ \pi } \quad ;\quad 0.01 \pi

Soumya Shrivastva by Soumya Shrivastva , 20, India

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