The star that can be seen on the other side of the planet where it is daytime is the Sun, which is so bright -- except for during a total eclipse -- it outshines all the other stars.
To see what is/was behind the sun you will have to wait half a year until the earth's orbit takes it to the other side of the sun. Then the night sky will show you the stars that the sun was hiding. The constellations that are hidden by the sun in this way are those that form the zodiac. Constellations like the big dipper in the north are circumpolar (they are above rather than on a level with the sun) and thus remain visible all year.
The Big Dipper (and other constellations) are made up of stars that are difference distances from Earth. Every star that makes up the Dipper is a different distance. It only looks like the big dipper from where we are.
You can see the Big Dipper every month of the year, IF you live in the Northern Hemisphere
The Big Dipper doesn't rotate. The Earth, however, does rotate. The period of rotation is called a day and the Big Dipper will appear to make a full circle every 24 hours.
There are stars next to the Big Dipper in every direction, so you'd have to be a bit more descriptive in your question.
The location of the Little Dipper changes from night to night (although circling around every once in a long while). In order to find it, one needs to look for Polaris, or the "North Star". Polaris is part of the Little Dipper. If you know where the Big Dipper is, you can find the Little Dipper near it.
The Big Dipper (and other constellations) are made up of stars that are difference distances from Earth. Every star that makes up the Dipper is a different distance. It only looks like the big dipper from where we are.
You can see the Big Dipper every month of the year, IF you live in the Northern Hemisphere
The sky rotates every 24 hours so it takes the big dipper just as long.
The Big Dipper doesn't rotate. The Earth, however, does rotate. The period of rotation is called a day and the Big Dipper will appear to make a full circle every 24 hours.
There are stars next to the Big Dipper in every direction, so you'd have to be a bit more descriptive in your question.
The location of the Little Dipper changes from night to night (although circling around every once in a long while). In order to find it, one needs to look for Polaris, or the "North Star". Polaris is part of the Little Dipper. If you know where the Big Dipper is, you can find the Little Dipper near it.
So far every planet has an atmosphere... i think.
NO, because it is not possible. Every plutoid is a dwarf planet but every dwarf planet is not a plutoid.
Yes. But then so does every other established military organisation on the planet some are more open about it than others.
The Big Dipper can be seen every year. If you live in the northern hemisphere it is a constellation that you can see all year round. So on any clear night, you could see it.
YES, obviously, because every plutoid is a dwarf planet but every dwarf planet is not a plutoid.
The description of "wobble" really doesn't paint a picture that's clear enough to suggest what you're actually seeing. If you see anything in the sky that appears to move with respect to stars, then that object is either the sun, or else it's not a star. It could be a planet, an asteroid, a comet, a meteor, the Earth's moon, or an artificial satellite. "Southeast of the Big Dipper" also doesn't help. The Big Dipper ... and every other pattern of stars ... either rotates half-way around the pole or else crosses the entire sky, every night.