355046 A sound wave starting from source \(S\), follows two paths \(SEFO\) and \(SEABFO\). If \(AB = l,AE = BF = 0.6l\) and wavelength of wave is \(\lambda = 6\;m\). If maximum sound is heard at \(O\), then minimum value of length \(l\) is

355047 The two waves of the same frequency moving in the same direction given rise to.

355048 A source emitting sound of frequency \(180\;Hz\) is placed in front of a wall at a distance of \(2\;m\) from it. A detector is also placed in front of the wall at the same distance from it. Find the minimum distance between source and the detector for which the detector detects a maximum of sound. Speed of sound in air \( = 360\,m/s\).

355049 Assertion :
It is not possible to have interference between the waves produced by two violins.
Reason :
For interference of two waves, the phase difference between the waves must remain constant.

355046 A sound wave starting from source \(S\), follows two paths \(SEFO\) and \(SEABFO\). If \(AB = l,AE = BF = 0.6l\) and wavelength of wave is \(\lambda = 6\;m\). If maximum sound is heard at \(O\), then minimum value of length \(l\) is

355047 The two waves of the same frequency moving in the same direction given rise to.

355048 A source emitting sound of frequency \(180\;Hz\) is placed in front of a wall at a distance of \(2\;m\) from it. A detector is also placed in front of the wall at the same distance from it. Find the minimum distance between source and the detector for which the detector detects a maximum of sound. Speed of sound in air \( = 360\,m/s\).

355049 Assertion :
It is not possible to have interference between the waves produced by two violins.
Reason :
For interference of two waves, the phase difference between the waves must remain constant.

355046 A sound wave starting from source \(S\), follows two paths \(SEFO\) and \(SEABFO\). If \(AB = l,AE = BF = 0.6l\) and wavelength of wave is \(\lambda = 6\;m\). If maximum sound is heard at \(O\), then minimum value of length \(l\) is

355047 The two waves of the same frequency moving in the same direction given rise to.

355048 A source emitting sound of frequency \(180\;Hz\) is placed in front of a wall at a distance of \(2\;m\) from it. A detector is also placed in front of the wall at the same distance from it. Find the minimum distance between source and the detector for which the detector detects a maximum of sound. Speed of sound in air \( = 360\,m/s\).

355049 Assertion :
It is not possible to have interference between the waves produced by two violins.
Reason :
For interference of two waves, the phase difference between the waves must remain constant.

355046 A sound wave starting from source \(S\), follows two paths \(SEFO\) and \(SEABFO\). If \(AB = l,AE = BF = 0.6l\) and wavelength of wave is \(\lambda = 6\;m\). If maximum sound is heard at \(O\), then minimum value of length \(l\) is

355047 The two waves of the same frequency moving in the same direction given rise to.

355048 A source emitting sound of frequency \(180\;Hz\) is placed in front of a wall at a distance of \(2\;m\) from it. A detector is also placed in front of the wall at the same distance from it. Find the minimum distance between source and the detector for which the detector detects a maximum of sound. Speed of sound in air \( = 360\,m/s\).

355049 Assertion :
It is not possible to have interference between the waves produced by two violins.
Reason :
For interference of two waves, the phase difference between the waves must remain constant.