Categories > waves > Interference > The superposing waves are represented by the following equations : ${{y}_{1}}=5\sin 2\pi (10\,t-0.1x)$, ${{y}_{2}}=10\sin 2\pi (20\,t-0.2x)$. Ratio of intensities $\frac{{{I}_{\max }}}{{{I}_{\min }}}$ will be

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Question: The superposing waves are represented by the following equations : ${{y}_{1}}=5\sin 2\pi (10\,t-0.1x)$, ${{y}_{2}}=10\sin 2\pi (20\,t-0.2x)$. Ratio of intensities $\frac{{{I}_{\max }}}{{{I}_{\min }}}$ will be


1) 1
2) 9
3) 4
4) 16
Solution: Explanation: No Explanation
Interference Superposition of Waves

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