There were some unusual looking Galaxies in my Astronomy book. One Galaxy is a straight bar with two curved sides that almost make a circle with a crossbar. One Galaxy is rotating while it is spinning. The Galactic center is rotating while the Galaxy is spinning. The other Galaxy is a straight bar with two curved sides and it does make a circle with a crossbar. And the other Galaxy is rotating while it is spinning so much that it makes a circle. The Galactic center is rotating and the Galaxy is spinning so much that it makes a circle. I read in my Physics book that the Zee-man effect is when, "the spectral lines of a gas are split into several closely spaced lines when the gas is placed in a strong magnetic field."1 The Zee-man effect is when a line of photons coming from a gas separates into more lines in a magnetic field. The magnetic fields of the magnets pull the magnetic fields of the lines and pulls them apart. The magnetic fields of the magnets pulls the magnetic fields of the photons and pulls the photons into more lines. Polarized light is when there are two circles of clear plastic with black crossbars on them. If you put one circle of plastic down with vertical crossbars it blocks some of the light. If you put the other circle of plastic down with horizontal crossbars it doesn't block all of the light but no light will go through. The electric transverse wave is longer than the magnetic transverse wave and will fit through two bars. The magnetic transverse wave is smaller and the photons will fit through the bars. When the two bars are covered by crossbars it blocks the top and the bottom of the electric transverse wave and no light can go through. The vertical bars do not block the electric transverse wave. The horizontal and vertical bars block the electric transverse wave.
There is a popular question in Physics class. "If a tree falls in the forest, and no one was there to hear it, did it make a sound?" The dictionary definition for sound says sound is a noise made. It does not say you have to hear the noise for it to be a sound. You do not have to hear it for it to make a sound. You don't have to be there to hear it for it to be a sound. In Astronomy they say there is a dark side of the moon, one side of the moon is always dark because the moon is not spinning. One side of the moon is not always dark if the moon is not spinning. While the moon is traveling around the planet and not spinning all of the sides of the moon face the Sun. While the moon is traveling around the planet and the planet travels around the Sun different sides of the moon face the Sun.
At night we are in Earth's shadow.
There are Sunspots on the Sun. The Sun is hot and the universe is cold. The cold universe is touching the hot Sun. It is cold enough to make volcanic rock on the surface of the Sun. Lava comes from a volcano. When lava cools it is called lava rock. The surface of the Sun is like lava and the Sunspots are volcanic rock on the surface of the Sun. Solar flares are volcanic eruptions on the Sun. In the Discovery magazine they had photos of other planets in another solar system. A quasar is a companion star being sucked into a black hole. Two stars were companion stars circling each other and one became a black hole. The other star is still circling it. Most of the light is going into the black hole and it is circling the black hole. It is shooting out light in one direction away from the black hole. There are two popular questions on the planet today. "Does art create life or life create art?" Life creates art. You do something in your life and then you make art out of it. "Do you eat to live or live to eat?" You eat to live. Food feeds you so you can live. You don't have to live so you can eat. In Physics they say, "Nature abhors a vacuum." A black hole is a natural vacuum. you can't make a vacuum with a machine. In Biology they say what makes us different from apes is that they don't have opposable thumbs. We have opposable thumbs. The ape uses an opposable thumb to peel down the banana peel to eat the banana. Every molecule has a crystalline structure.
Serway, R. A., College Physics. Austin: Saunders College Publishing, 1995. P.907
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