I E Irodov Oscillations and Waves (Electromagnetic Waves, Radiation) Q . 4.219
I E Irodov Oscillations and Waves (Electromagnetic Waves, Radiation)
Electromagnetic Waves, Radiation is very important from the perspective to maximum score in IIT JEE. By utilizing the data about the weightage of JEE Main schedule, the candidates will have the option to know the topics which must be focused and appropriately plan for the assessment.
This chapter is very important because the topics are not very tough. A good study paln is key for success especially in JEE Main and practice on old exams.
Q. 4.219 An electromagnetic wave emitted by an elementary dipole propagates in vaccum so that in the far field zone the mean value of the energy flow density is equal to S0 at the point removed from the dipole by a distance r along the perpendicular drwan to the dipole's axis. Find the mean radiation power of the dipole.
Complete I E Irodov Oscillations and Waves (Electromagnetic Waves, Radiation) Q. 4.219 Video Solution -
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Indian & NRI students who wish to take admission in top engineering colleges in India, Knowing the important topics of the latest JEE Main, weightage & Electromagnetic Waves, Radiation video solutions will help Indian & NRI students prepare faster and score more.
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Key Point Of Electromagnetic Waves, Radiation:
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Electromagnetic radiation alludes to the waves of the electromagnetic field, proliferating (radiating) through space, conveying electromagnetic radiant energy.
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Electromagnetic waves of various frequency are called by various names since they have various sources and consequences for issue. Arranged by increasing frequency and decreasing these are: radio waves, microwaves, infrared radiation, visible light, ultraviolet radiation, X-beams and gamma beams.
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Electromagnetic waves are produced by electrically charged particles experiencing increasing speed, and these waves can consequently collaborate with other charged particles, applying power on them.EM waves carry energy, momentum and angular momentum away from their source particle and can impart those amounts to matter with which they interact.
Important 'Electromagnetic Waves, Radiation' Questions You Should Not Miss:
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Important Topics Covered In Electromagnetic Waves, Radiation:
Electromagnetic radiation comprises of electromagnetic waves, which are synchronized motions of electric and magnetic fields.
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Mechanical Oscillations |
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Electric Oscillations |
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