MTG NEET Physics
Two uniform strings A and B made of steel are made to vibrate under the same tension. If the first overtone of A is equal to the second overtone of B and if the radius of A is twice that of B, the ratio of the lengths of the strings is
11
Nov
Two uniform strings A and B made of steel are made to vibrate under the same tension. If the first overtone of A is equal to the second overtone of B and if the radius of A is twice that of B, the ratio of the lengths of the strings is the ratio of the [...]
A closed organ pipe closed at one end is excited to support the third overtone. It is found that air in the pipe has
11
Nov
A closed organ pipe closed at one end is excited to support the third overtone. It is found that air in the pipe has A closed organ pipe closed at one end is excited to support the third overtone. It is found that air in the pipe has November 11, 2020 Category: Chapter 17 - [...]
An organ pipe closed at one end resonates with a tuning fork of frequencies 180 Hz and 300 Hz it will also resonate with tuning fork of frequencies
11
Nov
An organ pipe closed at one end resonates with a tuning fork of frequencies 180 Hz and 300 Hz it will also resonate with tuning fork of frequencies An organ pipe closed at one end resonates with a tuning fork of frequencies 180 Hz and 300 Hz it will also resonate with tuning fork of [...]
If the length of a stretched string is shortened by 40% and the tension is increased by 44%, then the ratio of the final and initial fundamental frequencies is
11
Nov
If the length of a stretched string is shortened by 40% and the tension is increased by 44%, then the ratio of the final and initial fundamental frequencies is > If the length of a stretched string is shortened by 40% and the tension is increased by 44% then the ratio of the final and [...]
The stationary wave produced on a string is represented by the equation y=5sin( 3/πx )cos(40πt) Where x and y are in cm and t is in s. The distance between consecutive nodes is
11
Nov
The stationary wave produced on a string is represented by the equation y=5sin( 3/πx )cos(40πt) Where x and y are in cm and t is in s. The distance between consecutive nodes is The stationary wave produced on a string is represented by the equation y=5sin( 3/πx )cos(40πt) Where x and y are [...]
An open and closed organ pipe have same length. The ratio of p^th mode of frequency of vibration of two pipes is
11
Nov
An open and closed organ pipe have same length. The ratio of p^th mode of frequency of vibration of two pipes is An open and closed organ pipe have same length. The ratio of p^th mode of frequency of vibration of two pipes is November 11, 2020 Category: Chapter 17 - Wave Motion , MTG [...]
The maximum and minimum intensities of two sources is 4 : 1. The ratio of amplitudes is
11
Nov
The maximum and minimum intensities of two sources is 4 : 1. The ratio of amplitudes is The maximum and minimum intensities of two sources is 4 : 1. The ratio of amplitudes is November 11, 2020 Category: Chapter 17 - Wave Motion , MTG NEET Physics , Part 1 ,
What phase difference between two identical traveling waves, moving in the same direction would produce a combined wave having an amplitude root 3 times the amplitude of the original waves?
11
Nov
What phase difference between two identical traveling waves, moving in the same direction would produce a combined wave having an amplitude root 3 times the amplitude of the original waves? moving in the same direction would produce a combined wave having an amplitude root 3 times the amplitude of the original waves? What phase difference [...]
Two waves y1 = 2sinωt and y2 = 4sin(ωt+δ) superimpose. The ratio of the maximum to the minimum intensity of the resultant wave is :-duplicate-5
11
Nov
Two waves y1 = 2sinωt and y2 = 4sin(ωt+δ) superimpose. The ratio of the maximum to the minimum intensity of the resultant wave is :-duplicate-5 Two waves y1 = 2sinωt and y2 = 4sin(ωt+δ) superimpose. The ratio of the maximum to the minimum intensity of the resultant wave is :-duplicate-5 November 11, 2020 [...]
Two waves y1 = 2sinωt and y2 = 4sin(ωt+δ) superimpose. The ratio of the maximum to the minimum intensity of the resultant wave is :
11
Nov
Two waves y1 = 2sinωt and y2 = 4sin(ωt+δ) superimpose. The ratio of the maximum to the minimum intensity of the resultant wave is : Two waves y1 = 2sinωt and y2 = 4sin(ωt+δ) superimpose. The ratio of the maximum to the minimum intensity of the resultant wave is : November 11, 2020 [...]