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The equation of a one-dimensional transverse wave is given by y-(103) sin (10t-3x - 2y + z) where x, y and z are expressed in meter and t in second. Choose the correct option. किसी एक-विमिय अनुप्रस्थ तरंग की समीकरण y = (103) sin x(10t - 3x -2y + z) दी जाती है जहाँ x, y व z मीटर में तथाt सैकण्ड में है। सही विकल्प चुनिये। (A) 3i+2j-k Unit vector along the wave propagation is √14 (B) -31-2j+k Unit vector along the wave propagation is √14 Wavelength of the wave is m Wavelength of the wave is (C) (D) 3 V7 m

The equation of a one-dimensional transverse wave is given by y-(103) sin (10t-3x - 2y + z) where x, y and z are expressed in meter and t in second. Choose the correct option. किसी एक-विमिय अनुप्रस्थ तरंग की समीकरण y = (103) sin x(10t - 3x -2y + z) दी जाती है जहाँ x, y व z मीटर में तथाt सैकण्ड में है। सही विकल्प चुनिये। (A) 3i+2j-k Unit vector along the wave propagation is √14 (B) -31-2j+k Unit vector along the wave propagation is √14 Wavelength of the wave is m Wavelength of the wave is (C) (D) 3 V7 m

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you leave question unattempted. The equation of a one-dimensional transverse wave is given by y=(103) sin (10t-3x-2y+ z) where x, y and z are expressed in meter and t in second. Choose the correct option. किसी एक-विमिय अनुप्रस्थ तरंग की समीकरण y = (103) sin m(10t-3x-2y + z) दी जाती है जहाँ x, y व z मीटर में तथा सैकण्ड में है। सही विकल्प चुनिये। (A) 31 +2j-k Unit vector along the wave propagation is √14 (B) -31-2j+k Unit vector along the wave propagation is √14 Wavelength of the wave is √ 70 Wavelength of the wave is m (C) (D) V Im 17
Transcribed Image Text:you leave question unattempted. The equation of a one-dimensional transverse wave is given by y=(103) sin (10t-3x-2y+ z) where x, y and z are expressed in meter and t in second. Choose the correct option. किसी एक-विमिय अनुप्रस्थ तरंग की समीकरण y = (103) sin m(10t-3x-2y + z) दी जाती है जहाँ x, y व z मीटर में तथा सैकण्ड में है। सही विकल्प चुनिये। (A) 31 +2j-k Unit vector along the wave propagation is √14 (B) -31-2j+k Unit vector along the wave propagation is √14 Wavelength of the wave is √ 70 Wavelength of the wave is m (C) (D) V Im 17
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