The ratio of intensities between two coherent sound sources is `4:1` the difference of loudness in decibels between maximum and minimum intensities, when they interfere in space, is

The ratio of intensities between two cohernt sound sources is 4:1. The difference of loudness is decibel (bD) between maximum and minimum intensitiesm, when they interface in space is

The ratio of intensities between two cohernt sound sources is 4:1. The difference of loudness is decibel (bD) between maximum and minimum intensitiesm, when they interface in space is

The ratio of intensities between two coherent sound sources is 4 : 1. The difference of loudness in decibles (dB) between maximum and minimum intensities, on their interference in space is

The ratio of the intensities of two coherent sources is 25:16. After interference what will b the ratio of maximum an minimum intesities?

If the intensity ratio of two coherent sources used in Young's double slit experiemnt is 49:1 then the ratio between the maximum and minimum intensities in the interference pattern is

If the ratio of the intensities of two waves producing interference is 9:4, then the ratio of the resultant maximum and minimum intensities will be

The difference of loudness in decibels (dB) between maximum and minimum intensities of two coherent sound sources as they interfere in space is 20log3 . Find the ratio of intensities of two coherent sound sources: