WanTheFloof
Inactive Member
- RP Date
- Y42
- RP Location
- Belmont Compound
"Ba-da-da-da-da ba-da-da-da-da ba-da-da-da-da dadadad~" Egwene was singing a tune to herself as she strolled along the Belmont Compound. She had been grabbing all the jobs she could with all the hands she could make because she had a new thing that was sucking money like a high class hooker. Though if she managed to finish it, she would be on her way to being awesome. Eventually, she rolled up to the classroom, and entered it, putting her dataslate on the table and then turning to the holoboard. Her skirt was just short enough and her blouse hung open to show off part of her breasts, which would ensure that the males of the class paid attention to her. She had no problems using her assets to get attention, after all.
'c = 1/(e0m0)1/2 = 2.998 X 10(8)m/s '
With the equation written up, she turned to the class and nodded with a smile, pushing her spectacles up.
"Good morning Class, I am Doctor Tai. I have been invited here to talk to you about electromagnetic science. Maxwell's Equation - as you see on the board - is the foundation of the understanding of Light, and indeed all electromagnetic understanding, in whole or in part. Ampere's Law, Faraday's Law, Lenz's Law, and Gauss' Law are the concepts that make up these equations, each one pertaining to a different part of the spectrum. Using some-" Egwene paused for a moment and laughed a little "-not-so-simple calculus, Maxwell's equations can be used to show that the electric and magnetic fields obey wave equations. The speed of an electromagnetic wave is determined by the constants of electricity and magnetism. Light, is an electromagnetic wave; discovered by the scientist James Clerk Maxwell, and detailed in the equation on the board.
This equation and Maxwell's work revolutionised the technological era, the discovery of radio waves, Infrared light, ultraviolet light, X-rays, and gamma rays all coming within a century of the discovery of this formula. It is the core to the understanding of all electromagnetic properties, and so it is the first thing I shall be teaching you before we progress"
'c = 1/(e0m0)1/2 = 2.998 X 10(8)m/s '
With the equation written up, she turned to the class and nodded with a smile, pushing her spectacles up.
"Good morning Class, I am Doctor Tai. I have been invited here to talk to you about electromagnetic science. Maxwell's Equation - as you see on the board - is the foundation of the understanding of Light, and indeed all electromagnetic understanding, in whole or in part. Ampere's Law, Faraday's Law, Lenz's Law, and Gauss' Law are the concepts that make up these equations, each one pertaining to a different part of the spectrum. Using some-" Egwene paused for a moment and laughed a little "-not-so-simple calculus, Maxwell's equations can be used to show that the electric and magnetic fields obey wave equations. The speed of an electromagnetic wave is determined by the constants of electricity and magnetism. Light, is an electromagnetic wave; discovered by the scientist James Clerk Maxwell, and detailed in the equation on the board.
This equation and Maxwell's work revolutionised the technological era, the discovery of radio waves, Infrared light, ultraviolet light, X-rays, and gamma rays all coming within a century of the discovery of this formula. It is the core to the understanding of all electromagnetic properties, and so it is the first thing I shall be teaching you before we progress"