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A perfectly reflecting mirror of mass M mounted on a spring constitutes a spring-mass system of angularfrequency Ω such thatwith h as Plancks constant. N photons of wavelengthλ = 8π × 10–6m strike the mirror simultaneously at normal incidence such that the mirror gets displacedby 1µm. If the value of N is x × 1012, then the value of x is ____.[Consider the spring as massless]Correct answer is '1.00'. Can you explain this answer? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about A perfectly reflecting mirror of mass M mounted on a spring constitutes a spring-mass system of angularfrequency Ω such thatwith h as Plancks constant. N photons of wavelengthλ = 8π × 10–6m strike the mirror simultaneously at normal incidence such that the mirror gets displacedby 1µm. If the value of N is x × 1012, then the value of x is ____.[Consider the spring as massless]Correct answer is '1.00'. Can you explain this answer? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A perfectly reflecting mirror of mass M mounted on a spring constitutes a spring-mass system of angularfrequency Ω such thatwith h as Plancks constant. N photons of wavelengthλ = 8π × 10–6m strike the mirror simultaneously at normal incidence such that the mirror gets displacedby 1µm. If the value of N is x × 1012, then the value of x is ____.[Consider the spring as massless]Correct answer is '1.00'. Can you explain this answer?.

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