the velocities of sound in air and water are 336 m/s and 1470m/s. two sources producing waves of wavelength 6m and 7m sounded together will produce beats
Sir what if we don't fix any load in the system. In that case,there would be no tension and string would be lying just between the two ends .how can we calculate velocity there or is it that we necessarily need to include the load while dealing with strings so that tension also comes in the field...
I am speechless after this explanation.
🤷🏻♀️🤷🏻♀️🤷🏻♀️
NICE SUPER EXCELLENT MOTIVATED
the velocities of sound in air and water are 336 m/s and 1470m/s. two sources producing waves of wavelength 6m and 7m sounded together will produce beats
Ur videos are really helpful
Excellent Sir.
Sir what if we don't fix any load in the system. In that case,there would be no tension and string would be lying just between the two ends .how can we calculate velocity there or is it that we necessarily need to include the load while dealing with strings so that tension also comes in the field...
RIP sir🙏🙏
see in 1.5 x speed .
He is cute by the way
Yes
If we know the distance between two points and time taken, can we use : wave speed =distance/time ?
😂😂 yes, according to his explanation
i think sir this is ur first vedio of short period of time.**
who has understood this🤔🤔