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- Title: First Lecture (First Scientific Lecture-Course)
Matching lines:
- instance of the force of electricity, the force of magnetism, the
- Title: Second Lecture (First Scientific Lecture-Course)
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- opposite and polar qualities, no less than magnetism does, to take
- another example — positive magnetism, negative magnetism;
- Title: Sixth Lecture (First Scientific Lecture-Course)
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- then in addition we bring an electro-magnet to bear upon the cylinder
- of light in a certain way, the electro-magnet affects the phenomenon
- electricity with which magnetic effects are always somehow
- light and those of magnetism and electricity.
- the form of light among the electro-magnetic effects. They think it
- is really electro-magnetic rays passing through space.
- electro-magnetic force. They know still better now, what light is,
- than they did before. It is electro-magnetic streams of force. Only
- have to regard light as a kind of electro-magnetic radiation. It only
- warmth, and of electro-magnetics; also whatever explanations may
- Title: Ninth Lecture (First Scientific Lecture-Course)
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- Suppose you have a magnet or electromagnet. (I must again presume
- beginning.) You can attract material objects with the magnet. Now
- property. It too can be attracted by the electromagnet. Thus it
- behaves, in relation to a magnet, just as matter would behave. The
- magnetic field will modify what is here shooting through the
- magnetic force. Crookes therefore called that which is shot across
- electromagnetic force. Such was his line of thought: the very fact
- things — say, to a magnet — it shews some properties
- and let it pass a magnet, — it will naturally be diverted So
- with magnetic and electric forces. Other discoveries followed. You
- magnet. We then find one part of the radiation separating off,
- magnet, so that it takes this form (
- magnet near to the radiating body, studying these deflections and
- while all that goes on in the realms of electricity and magnetism
- the external phenomena of electricity and magnetism.
- magnetism? We are then studying matter, in all reality. It
- electricity and magnetism. And what an English philosopher has
- Title: Tenth Lecture (First Scientific Lecture-Course)
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- very near relation to those of electricity and magnetism. Now the
- be deflected by magnetic forces, they prove akin to what we should
- of a magnet. I beg you to observe it now. You will find the shadow
- influenced by the magnetic field. You see then, just as I might
- attract a simple bit of iron with a magnet, so too, what here
- of electricity and magnetism are akin to the sub-conscious element
- and magnetism on the other. Increasingly therefore, this must
- — electricity and magnetism — on the other. As in the
- electricity and magnetism, so also must we understand the structure
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