Look at the shadows cast by sunlight instead. For example, use a sundial.
yes by looking at the sun
Because Mercury or Venus is in other side of the sun , or just simply when you are looking at the sun, without any filters, you burn your eyes.
Without the suns pull of gravity, the Earth and any other planet would move in a straight line. It is the sun that forces the planets to move in an orbit.
yes u can by looking at the sun
"Heliotropic" means to move or grow in the direction of the sun (such as the plant called Heliotrope), which may or may not be what you were looking for.
I believe the word you are looking for is infiltration.
Yes. Without the sun's gravity the planets would move out into interstellar space in straight lines.
Put a stick in the ground and look at the changes in the direction and length of its shadow.
You can tell the time by looking at the sun's position. A great time teller is the sunflower wich turns after the sun on how he moves .
I'm not sure, but I think you're looking for "orbit."
You project the image of he sun on to a white card placed in front of the eyepiece of a telescope or monocular. Point the scope at the sun WITHOUT looking through it and move the card until you see the Sun's disc. Unfortunately the Sun is very quiet at the moment which is puzzling solar astronomers since there are hardly any spots on it's surface. PS The transit of Venus can be studied with this arrangement and is going to reoccur in a couple of years time I think
It depends on your view point. Looking at the solar system from above our north pole, the sun and all of the planets rotate/orbit counter clockwise (or anti clockwise).