Waves of frequency `1000 Hz` are produced in a Kundt's tube . The total distance between `6` successive nodes is `82.5 cm`. The speed of sound in the gas filled in the tube is

On producing the waves of frequency 1000 Hz in a kundt's tube the total distance between 6 successive nodes n 85 cm. Speed of sound in the gas filled in the tude is

On producing the waves of frequency 1000 Hz in a kundt's tube the total distance between 6 successive nodes n 85 cm. Speed of sound in the gas filled in the tude is

On producing the waves of frequency 1000 Hz in a kundt's tube the total distance between 6 successive nodes n 85 cm. Speed of sound in the gas filled in the tude is

On producing the waves of frequency 100 Hz in a kundt's tube the total distance between 6 successive nodes n 85 cm. Speed of sound in the gas filled in the tude is

two waves of frequency 250 Hz and 255 Hz are produced simultaneously. the time travel between successive Maxima is

Two waves of frequency 500 Hz and 498 Hz are produced simultaneously. Calculate the time interval between successive maxima.

Two waves of frequency 500 Hz and 498 Hz are produced simultaneously. Calculate the time interval between successive maxima.

Standing waves of frequency 5.0 kHz are produced in a tube filled with oxygen at 300k . The separation between the consecutive nodes is 3.3 cm . Calculate the specific heat capacities (C_p and C_v) of the gas.

Standing waves of frequency 5.0 kHz are produced in a tube filled with oxygen at 300K . The separation between the consecutive nodes is 3.3 cm . Calculate the specific heat capacities (C_p and C_v) of the gas.