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He described him as the good looking one when compared to Rory.
Compared to most stars, it's actually a medium-sized star, and because of its yellowish-orange colour, means that the sun is haflway through it's live and is at its brightest. However, it's pretty bright, and would score a 6.5/10 compared to other stars.
The movement of stars across the night sky, much like the movement of the sun across the day sky, is the result of the rotation of the Earth. We view the sky from a moving platform, our planet.
You would most likely have the best acid trip of your life. Looking at the earth from outer space would probably bring you a sense of how small you are compared to the earth and how short life really is. Im sure it would be life changing and make you a more humble person :)
They are looking for life by looking for substances or elements that support life. Such as water, plankton, certain oxygen levels. Mostly water.
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The eyepiece lens acts like a magnifying glass looking at the image from the objective lens.
Magnifcation (: Haha was looking for an answer to this too!
eg. If the lens piece you are looking through is X10 and the objective lens is X100 it would be x1000
When you move the slide to the left, you will see the image go right when looking in the eyepiece. This is because everything is backwards in the microscope image.
It is tha perception of reality, i.e. time, space, movement, etc., compared to another perception. An example is how we see ourselves on the Earth. We can't really see ourselves spinning compared to someone on another planet looking at us, but we are.
The surrealism movement. Is that what you were looking for?
You eyes, compared to not looking at them at all.
It increases the magnification of the microscope 4X. Since the eyepiece already has 10X, looking through scan you will be seeing an image magnified 40X
In biology, the eyepiece in a typical light microscope is used for magnifying the image being viewed (the field of view) by 10 times. Secondly, the eyepiece also has a scale on it which is visible when you look down through the microscope at an image, or at your field of view. This scale has divisions on it which you can use to measure the length of the cellular structures you are looking at. So basically, the eypiece magnifies the image and has a scale on it which you can use to measure the structures in the cell.
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Similarities between the things which are being compared.