1 pointConsider two traveling waves, Wave 1 and Wave 2, each on identical tight strings. Wave 1 has twice the amplitude as Wave 2, but the same frequency and wavelength. Determine the ratioKEof kinetic energy of Wave 1 to Wave 2: Ratio =KE2Caution: This is a Numeric Response problem, you must type in a number as your answer.• Do not type in fractions or ratios; instead you must type in the decimal form of that number (for example, 1/2 would be marked wrong, whereas 0.5 would be marked correct).• Do not type in scientific notation, the system cannot interpret products or exponents within the answer field.• Do not type in any units or other non-number symbols (N, J, m, kg, etc., none are recognized by the system and will be marked wrong if you input non-number symbols)All answers within +/- 3% of the correct answer (with appropriate significant figures) will also be correct.Type your answer...

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Answered: 1 point Consider two traveling waves,…

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1 point Consider two traveling waves, Wave 1 and Wave 2, each on identical tight strings. Wave 1 has twice the amplitude as Wave 2, but the same frequency and wavelength. Determine the ratio of kinetic energy of Wave 1 to Wave 2: Ratio = KE KE2