MTG NEET Physics
A hollow pipe of length 0.8 m is closed at one end. At its open end, a 0.5 m long uniform string is vibrating in its second harmonic and it resonates with the fundamental frequency of the pipe. If the tension in the wire is 50 N and the speed of sound is 320 ms^−1, the mass of the string is
11
Nov
A hollow pipe of length 0.8 m is closed at one end. At its open end, a 0.5 m long uniform string is vibrating in its second harmonic and it resonates with the fundamental frequency of the pipe. If the tension in the wire is 50 N and the speed of sound is 320 ms^−1, [...]
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a 0.5 m long uniform string is vibrating in its second harmonic and it resonates with the fundamental frequency of the pipe. If the tension in the wire is 50 N and the speed of sound is 320 ms^−1 ,
A hollow pipe of length 0.8 m is closed at one end. At its open end ,
the mass of the string is ,
The lengths of an open organ pipe is twice the length of another closed organ pipe. The fundamental frequency of the open pipe is 100 Hz. The frequency of the third harmonic of the closed pipe is
11
Nov
The lengths of an open organ pipe is twice the length of another closed organ pipe. The fundamental frequency of the open pipe is 100 Hz. The frequency of the third harmonic of the closed pipe is The lengths of an open organ pipe is twice the length of another closed organ pipe. The fundamental [...]
A resonance tube is resonated with a tuning fork of frequency 380 Hz. Two successive lengths of the resonated air-column are found to be 16 cm and 50 cm. Find the length of the third resonance.
11
Nov
A resonance tube is resonated with a tuning fork of frequency 380 Hz. Two successive lengths of the resonated air-column are found to be 16 cm and 50 cm. Find the length of the third resonance. A resonance tube is resonated with a tuning fork of frequency 380 Hz. Two successive lengths of the resonated [...]
Some of the frequencies of tones produced by an organ pipe are : 220,440,550,660,Hz. Find the effective length of the pipe. (Take the speed of sound in air 330 m/s)
11
Nov
Some of the frequencies of tones produced by an organ pipe are : 220,440,550,660,Hz. Find the effective length of the pipe. (Take the speed of sound in air 330 m/s) 440 550 660 Hz. Find the effective length of the pipe. (Take the speed of sound in air 330 m/s) Some of the frequencies of [...]
A stretched string is vibrating in the second overtone, then the number of nodes and anti-nodes between the ends of the string are respectively
11
Nov
A stretched string is vibrating in the second overtone, then the number of nodes and anti-nodes between the ends of the string are respectively A stretched string is vibrating in the second overtone then the number of nodes and anti-nodes between the ends of the string are respectively November 11, 2020 Category: Chapter 17 - [...]
The fundamental frequency of an open organ pipe is 300 Hz. The first overtone of the pipe has same frequency as first overtone of a closed organ pipe. If speed of sound is 330 m/s, then then the length of the closed organ pipe is
11
Nov
The fundamental frequency of an open organ pipe is 300 Hz. The first overtone of the pipe has same frequency as first overtone of a closed organ pipe. If speed of sound is 330 m/s, then then the length of the closed organ pipe is The fundamental frequency of an open organ pipe is 300 [...]
A glass tube of length 1.0 m is completely filled with water. A vibrating tuning fork of frequency 500 Hz is kept over the mouth of the tube and the water is drained out slowly at the bottom of the tube. If velocity of sound in air is 330 m/sec then total number of resonance that occur will be :
11
Nov
A glass tube of length 1.0 m is completely filled with water. A vibrating tuning fork of frequency 500 Hz is kept over the mouth of the tube and the water is drained out slowly at the bottom of the tube. If velocity of sound in air is 330 m/sec then total number of resonance [...]
A pipe open at both ends produces a note of fundamental frequency v1. When the pipe is kept with 4/3 th of its length in water, it produces a note of frequency v2 . The ratio v2 /v1 is
11
Nov
A pipe open at both ends produces a note of fundamental frequency v1. When the pipe is kept with 4/3 th of its length in water, it produces a note of frequency v2 . The ratio v2 /v1 is A pipe open at both ends produces a note of fundamental frequency v1. When the [...]
The second overtone of an open pipe has the same frequency as the first overtone of a closed pipe 2m long. The length of the open pipe is:
11
Nov
The second overtone of an open pipe has the same frequency as the first overtone of a closed pipe 2m long. The length of the open pipe is: The second overtone of an open pipe has the same frequency as the first overtone of a closed pipe 2m long. The length of the open pipe [...]
A pipe closed at one end produces a fundamental note of 412 Hz. It is cut into two pieces of equal length. The fundamental frequencies produced by the two pieces are :
11
Nov
A pipe closed at one end produces a fundamental note of 412 Hz. It is cut into two pieces of equal length. The fundamental frequencies produced by the two pieces are : A pipe closed at one end produces a fundamental note of 412 Hz. It is cut into two pieces of equal length. The [...]