So we can conclude that electric fi

So we can conclude that electric field E ⃑ and magnetic field have perpendicular direction to each other and always perpendicular to direction of motion of electromagnetic waves

So the magnetic wave is a Transverse Waves

ดังนั้น คลื่นแม่เหล็ไฟฟ้าจึงเป็นคลื่นตามขวาง

มีคลื่นความถี่ช่วงหนึ่ง
with one frequency range


James Clerk Maxwell first formally postulated electromagnetic waves. Maxwell derived a wave form of the electric and magnetic equations, thus uncovering the wave-like nature of electric and magnetic fields and their symmetry. These were subsequently confirmed by Heinrich Hertz.



คำทำนาย

Results (English) 2:

So we Can conclude that Electric field E ⃑ and Magnetic field have Perpendicular direction to each Other and always Perpendicular to direction of Motion of electromagnetic Waves So the Magnetic Wave is a Transverse Waves The waves SIA electricity is a transverse wave frequency. the one with one frequency Range James Clerk Maxwell First formally postulated electromagnetic Waves. Maxwell derived a Wave form of the Electric and Magnetic equations, thus uncovering the Wave-like nature of Electric and Magnetic Fields and their Symmetry. These were subsequently confirmed by Heinrich Hertz. . prophecy

Results (English) 3:

So we can conclude that electric field E ⃑ and magnetic field have perpendicular direction to each other and always perpendicular. To direction of motion of electromagnetic waves

So the magnetic wave is a Transverse Waves

so electric magnetic wave is transverse wave

a frequency wave period.
with one frequency range


.James Clerk Maxwell first formally postulated electromagnetic waves. Maxwell derived a wave form of the electric and magnetic. Equations thus uncovering, the wave-like nature of electric and magnetic fields and their symmetry. These were subsequently. Confirmed by Heinrich Hertz.
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. Prediction