The boys will defend first, followed by the girls. Following that, there will be debates.
The boys are tasked with defending Oersted, while the girls are tasked with defending Maxwell.
Electrical and magnetic fields can combine together to generate electromagnetic waves, he discovered. A changing magnetic field causes a changing electric field, and vice versa, according to Maxwell.
I divided you into gender groups the day before yesterday. We're going to have a group debate right now.
The topic of our debate is "Who contributed more to the development of electromagnetic wave theory: Oersted or Maxwell?"
And so are we ma'am.
Ma'am, the boys are prepared.
He is a Danish scientist and chemist who discovered that an electric current in a wire can deflect a magnetized compass needle, a phenomenon that was quickly recognized as significant and prompted the creation of electromagnetic theory.
As a result, Hans Christian Oersted's contribution is greater. The electromagnetic field would not have been discovered without him, and scientists would continue to believe that electricity and magnetism are unrelated. Electromagnetic wave theory would not be conceivable without him.
It was a powerful logical argument for the existence of the electromagnetic force field when Maxwell utilized this field theory to postulate that light was an electromagnetic wave and then accurately derived the limited velocity of light. That is why he has made the greatest contribution, because without him, we would not have known that when electric and magnetic forces are connected together, electromagnetic waves are produced.
Maxwell, I am certain, is superior!
Oersted, on the other hand, has made more contributions!
As you can see, different facts occurred in class, and you successfully defended your positions.
Please keep in mind, however, that the two of them are not the only proponents of this notion. Ampere, Hertz, and Faraday are all examples of this.
Please keep in mind that each of them has made significant contributions that are distinctive. All of them, not just one of them. Without them, technology would not have progressed to the point that it is now.
Goodbye, class. That's it for today.
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