At `16^(@)C`, two open end organ pipes, when sounded together produce 51 beats in 3 second will be produced, if the temperture rises to `88^(@)C` ? Neglect the increase in length of the pipes.

At 16^@C , two open organ pipes , when sounded together, produce 34 beats in 2 seconds. How many beats per second will be produced, if the temperature rises to 51^@C ? Neglect the increase in the length of the pipes.

At 16^(@)C, two open end organ pipes, when sounded together give 14 beats in 2 pipes, when sounded together give 14 beats in 2 seconds. How many beats per second will be produced if the temperature is raised to 51^(@)C ? Neglect increase in length of the pipes.

If two open organ pipes of length 50 cm and 51 cm sounded together produce 7 beats per second , the speed of sound is

When two closed organ pipes at 0^@C are sounded together 20 beats are heard in 4 seconds. How many beats will be heard per second when the temperature is 100^@C. The increase in length of the pipes due to rise in temperature may be neglected.

Two organ pipes at 16^@C produces 40 beats in 2.5 seconds. What happens when temperature rises to 40^@C ? Coefficients of linear expansion of the pipes are negligible.

Two similar organ pipes when sounded together produce 7 beat/s, if their lengths are in the ratio 50:51 , then their frequency are in the ratio

Two organ pipes produce 5 beat/s at 10^@C . When the temperature rises to 20^@C then the number of beats produce will be

Two closed - end pipes , when sounded together produce 5 beats//s . If their lengths are in the ratio 100 : 101 , then fundamental notes ( in Hz) produced by them are

Two closed - end pipes , when sounded together produce 5 beats//s . If their lengths are in the ratio 100 : 101 , then fundamental notes ( in Hz) produced by them are