The superposing waves are represented by the following equations : y1=

1.	The superposing waves are represented by the following equations : y1=5 sin 2π(10t−0.1x), y2=10 sin 2π(20t−0.2x) Ratio of intensities ImaxImin will be [AIIMS 1995; KCET 2001]
Answer» The superposing waves are represented by the following equations : $y_{1} = 5 s i n 2 π (10 t - 0.1 x), y_{2} = 10 s i n 2 π (20 t - 0.2 x)$ Ratio of intensities $\frac{I_{m a x}}{I_{m i n}}$ will be [AIIMS 1995; KCET 2001]

The superposing waves are represented by the following equations : y1=5 sin 2π(10t−0.1x), y2=10 sin 2π(20t−0.2x) Ratio of intensities ImaxImin will be [AIIMS 1995; KCET 2001]

Answer»

The superposing waves are represented by the following equations :

$y_{1} = 5 s i n 2 π (10 t - 0.1 x), y_{2} = 10 s i n 2 π (20 t - 0.2 x)$

Ratio of intensities $\frac{I_{m a x}}{I_{m i n}}$ will be

[AIIMS 1995; KCET 2001]

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The superposing waves are represented by the following equations : y1=5 sin 2π(10t−0.1x), y2=10 sin 2π(20t−0.2x) Ratio of intensities ImaxImin will be [AIIMS 1995; KCET 2001]

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