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A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :
- a)fc =200 Hz ; fω=50 Hz ; µ = 1/2
- b)fc=150 Hz ; fω=50 Hz ; µ = 2/3
- c)fc=150 Hz ; fω=30 Hz ; µ = 1/3
- d)fc=200 Hz ; fω=30 Hz ; µ = 1/2
Correct answer is option 'B'. Can you explain this answer?
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A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (...
It seems like the information provided is incomplete. The equation for a modulated signal typically includes a carrier frequency and a message signal. The given equation Cm(t) = 30 sin 300 does not specify a carrier frequency or a message signal. Can you provide more information or clarify the question?
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A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer?
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A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. 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 modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. 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 modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer?.
A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. 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 modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. 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 modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer?.
Solutions for A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for JEE.
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A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer?, a detailed solution for A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer? has been provided alongside types of A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice A modulated signal Cm(t) has the form Cm( t ) = 30 sin 300πt + 10 (cos 200πt −cos 400πt). The carrier frequency fc, the modulating frequency (message frequency) fω, and the modulation index µ are respectively given by :a)fc=200 Hz ; fω=50 Hz ;µ = 1/2b)fc=150 Hz ; fω=50 Hz ; µ = 2/3c)fc=150 Hz ; fω=30 Hz ;µ = 1/3d)fc=200 Hz ; fω=30 Hz ; µ = 1/2Correct answer is option 'B'. Can you explain this answer? tests, examples and also practice JEE tests.
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