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The mirror is convexed so it sees a larger area. If you see a larger area in the same size mirror then it is reasonable to understand that things are smaller which corresponds to further away. So, you must mentally realize that they are closer.
No. The further you get away the colder.
There are many planets further away from Pluto but they do not orbit the sun so they are not part of our solar system. There are also many stars that are further away from Pluto.
Other things being equal, the farther away an object is, the dimmer (less bright) it will appear. If no light is lost (due to gas or dust in the line of sight), there is an inverse-square law - for example, an object that is 10 times closer to another one, both of which have the same real brightness, will look 100 times brighter to us.
Well the moon is smaller and closer, and the sun is larger and further away. We all know that the further away an object is the smaller it appears; it's just miraculous that the Earth, Moon and Sun are spaced apart at the perfect distances for the moon to appear almost exactly the same size as the sun.
closer
A Telescope. Look down the end with the eyepiece and things shall appear closer, look down the other end and things will look further away.
they expand (get further away) and become lighter so it will rise :-)
They appear to seem smaller the further away they are,and bigger the closer they get.
they make objects appear more further away then they actually are
they make objects appear more further away then they actually are
Yes it does change, eventually the further away you go the lighter the shadow gets. And depending on if you move a couple of centimetres off, the shadow might start to contour!
The answer is at night. You can see the stars which are much further away than the sun.. the nearest star is 40 trillion kilometres away :)
Further away (smaller) than they actually are.
monocular constancy
Stars appear different from the sun because the sun is closer to the earth and the other stars are further away from the earth so that's why the appear differently when you look at them in the sky!!!!!
Yes. Weight is the gravitational force X the mass of an object. The further away from the center of the earth, the less the gravitational force. So you would weigh more at sea level than you would on top of Mt. Everest.