A column of air at 51^(@) C and a tuning...

A column of air at `51^(@) C` and a tuning fork produce `4` beats per second when sounded together. As the temperature of the air column is decreased, the number of beats per second tends to decrease and when the temperature is `16^(@) C` the two produce `1` beat per second. Find the frequency of the tuning fork.

100 Hz

75 Hz

150 Hz

50 Hz

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

RACE
ALLEN|Exercise Basic Maths (Wave Motion & Dopplers Effect) (Superposition of waves interfarence, beats)|15 Videos
NEWTONS LAWS OF MOTION
ALLEN|Exercise EXERCISE-III|28 Videos
SIMPLE HARMONIC MOTION
ALLEN|Exercise Example|1 Videos

Similar Questions

Explore conceptually related problems

A column of air and a tuning fork produce 4 beats per second when sounded together. The tuning fork gives the lower note. The temperature of air is 15^(@)C . When the temperature falls to 10^(@)C , the two produce 3 beats per second. Find the frequency of the fork.

A tuning fork and column at 51∘ C produces 4 beats per second when the temperature of the air column decreases to 16∘ C only one beat per second is heard.The frequency of fork is?

A tuning fork produces 2 beats per second when sounded with another tuning fork of frequency 250 Hz. It gives the same number of beats per second when loaded with wax. The initial frequency of 1^(st) tuning fork is

A tuning fork produces 4 beats per second when sounded togetehr with a fork of frequency 364 Hz. When the first fork is loaded with a little wax ten the number of beats becomes two per second. What is the frequency of the first fork?

Two organ pipe give 5 beta per second when sounded together in air at a temperature 20^(@)C . How many beats would be produced by

Two tuning forks when sounded together produce 4 beats per second. The first produces 8 beats per second. Calculate the frequency of the other.

ALLEN-RACE-Basic Maths (Wave Motion & Dopplers Effect) (Stationary waves & doppler effect, beats)

A locomotive approaching a crossing at a speed of 20 ms^(-1) sounds a ...
Text Solution
|
An aluminium rod having a length 100 cm is clamped at its middle point...
Text Solution
|
A column of air at 51^(@) C and a tuning fork produce 4 beats per seco...
Text Solution
|
A uniform string resonates with a tuning fork, at a maximum tension of...
Text Solution
|
If in a stationary wave the amplitude corresponding to antinode is 4 c...
Text Solution
|
What is the phase difference between the displacement wave and pressur...
Text Solution
|
A wire of length l having tension T and radius r vibrates with fundame...
Text Solution
|
Equation of a standing wave is generally expressed as y=2Asinomegatcos...
Text Solution
|
Two vibrating strings of same material stretched under same tension an...
Text Solution
|
The wave-function for a certain standing wave on a string fixed at bot...
Text Solution
|
In a standing transerse wave on a string :
Text Solution
|
A string vibrates in 5 segments to a frequency of 480 Hz. The frequen...
Text Solution
|
A 2.0m long string with a linear mass density of 5.2xx10^(-3) kg m^(-1...
Text Solution
|
A wave is given by the equation y = 10 sin 2 pi (100 t - 0.02 x) + ...
Text Solution
|
In case of closed organ pipe, which harmonin the p^(th) overtone will ...
Text Solution
|
An organ pipe of length L is open at one end and closed at other end. ...
Text Solution
|
The first resonance length of a resonance tube is 40 cm and the second...
Text Solution
|
A man sitting in a moving train hears the whistle of the engine. The f...
Text Solution
|
A whistle of frequency 500 Hz tied to the end of a string of length 1....
Text Solution
|
A train moves towards a stationary observer with speed 34 m/s. The tra...
Text Solution
|