Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2

Embibe Experts Solutions for Chapter: Electromagnetic Waves, Exercise 2: Exercise 2

Author:Embibe Experts

Embibe Experts Physics Solutions for Exercise - Embibe Experts Solutions for Chapter: Electromagnetic Waves, Exercise 2: Exercise 2

Attempt the practice questions on Chapter 10: Electromagnetic Waves, Exercise 2: Exercise 2 with hints and solutions to strengthen your understanding. Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams solutions are prepared by Experienced Embibe Experts.

Questions from Embibe Experts Solutions for Chapter: Electromagnetic Waves, Exercise 2: Exercise 2 with Hints & Solutions

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Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 17

In an electromagnetic wave

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 18

The relation between electric field $E$ and magnetic field $H$ in an electromagnetic wave is

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 19

The ratio of electric field vector $E$ and magnetic field vector $H$ i.e., $(\frac{E}{H})$ has the dimensions of

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 20

The energy of electromagnetic wave in vacuum is given by the relation

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 21

An electromagnetic wave is propagating along $Y$ -axis. Then

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 22

The wave impedance of free space is

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 23

The frequency $2 MHz$ belongs to

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WBJEE

IMPORTANT

Comprehensive Guide to WBJEE Physics. Other applicable Exams - JEE Main, BITSAT, AMUEEE, MHT-CET, K-CET, EAMCET, VITEEE & Other State Engg. Entrance Exams>Chapter 10 - Electromagnetic Waves>Exercise 2>Q 24

An electromagnetic wave propagating along north lies its electric field vertically upward. The magnetic field vector points towards