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# in an am wave, the majority of the power is in

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### Mohammed

Guys, does anyone know the answer?

get in an am wave, the majority of the power is in from screen.

Question

A

B

C

D

## None of the above

Medium Open in App Solution Verified by Toppr

Correct option is C)

## 50% of the power is present in carrier wave and the other two sidebands carry only 33% of the power

11 0

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## Solved: In an AM wave, the majority of the power is in ..............

Answer to In an AM wave, the majority of the power is in ...............

Chapter CH14 Problem 20MCQ

In an AM wave, the majority of the power is in .................

a. Lower sideband b. Upper sideband c. Carrier

d. None of the above

Step-by-step solution

Step 1 of 4

In amplitude modulation amplitude of carrier wave is varied with instantaneous values of the massage signal. The power spectrum of AM wave contains carrier power and side band powers. In AM lower sideband contain just 16.5% of the total power. So, the option is not correct. The upper sideband also contain only 16.5% of total power. So, the option is not correct answer.

Chapter 14, Problem 20MCQ is solved.

View a sample solution

## Corresponding textbook

Basic Electronics | 0th Edition

ISBN-13: 9781316632932 ISBN: 1316632938 Authors:

Arindam Halder,Chinmoy Saha,Debarati Ganguly

This is an alternate ISBN. View the primary ISBN for: null null Edition Textbook Solutions

Basic Electronics (0th Edition)

Solutions for Chapter 14

Problem 20MCQ: In an AM wave, the majority of the power is in .................a.

Lower sidebandb. Upper sidebandc. Carrierd. None of the above

Solutions for problems in chapter 14

स्रोत : www.chegg.com

## In an AM wave the majority of the power is in

In an AM wave, the majority of the power is in ___________ a) Lower sideband b) Upper sideband c) Carrier d) None of the above

Examveda

## In an AM wave, the majority of the power is in ___________

A. Lower sideband B. Upper sideband C. Carrier

D. None of the above

## Join The Discussion

Related Questions on Modulation and Demodulation

In a superhetrodyne receiver, the difference frequency is chosen as the IF rather than the sum frequency because ___________

A. The difference frequency is closer to oscillator frequency

B. Lower frequencies are easier to amplify

C. Only the difference frequency can be modulated

D. None of the above

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A. Receiving antenna

D. Transmitting antenna

In the above question, what is the power in sidebands?

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Mohammed 6 day ago

Guys, does anyone know the answer?