the electric field at some instant of time is vecE = (90 i + 40 j – 70 k) NC ^(-1) and the magnetic field is vecB =(0.18 i + 0.08 j + 0.30 k) uT. The poynting vector for these field is

Sahay Sir > Question Answers > the electric field at some instant of time is vecE = (90 i + 40 j - 70 k) NC ^(-1) and the magnetic field is vecB =(0.18 i + 0.08 j + 0.30 k) uT. The poynting vector for these field is
In a region of free space during the propagation of electromagnetic wave, the electric field at some instant of time is vecE = (90 i + 40 j – 70 k) NC ^(-1) and the magnetic field is vecB =(0.18 i + 0.08 j + 0.30 k) uT. The poynting vector for these field is
04
Sep
In a region of free space during the propagation of electromagnetic wave, the electric field at some instant of time is vecE = (90 i + 40 j – 70 k) NC ^(-1) and the magnetic field is vecB =(0.18 i + 0.08 j + 0.30 k) uT. The poynting vector for these field is [...]
Posted in: Chapter 8 - Electromagnetic Waves , MTG NEET Physics , Part 2 ,
Tags: In a region of free space during the propagation of electromagnetic wave , the electric field at some instant of time is vecE = (90 i + 40 j - 70 k) NC ^(-1) and the magnetic field is vecB =(0.18 i + 0.08 j + 0.30 k) uT. The poynting vector for these field is ,