you can see it better at night a about 12:00
The Big Dipper is circumpolar in most northern latitudes, meaning it is visible year-round. As the Earth rotates, the Big Dipper moves approximately 1 degree per day in the sky, so it will appear in a slightly different position each night.
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.
The Big Dipper moves about 1 degree in the sky every 24-hour period. This movement is due to the rotation of the Earth.
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.
Visibility is better at day than night.
Night....[[Fa Sho]]
To some people, night school is better than day school. Night school gives you an advantage to do what you want in the day time. Day school gives you time at night.
The day is better for some things and the night is better for others.
The Big Dipper not only circles the North Star every night and day, it also circles it more slowly every year. Think of it this way: If you looked at the big Dipper and could watch it for a 24 hour period, you would see it go from it's current place in the sky, all the way around until it was back in the place it was when you started watching it 24 hours earlier. However, in early evening winter, the Big Dipper is to the East of Polaris. In summer the Big Dipper is west of Polaris during the early evening hours. Just like the constellations - they rise and set because Earth rotates on it's axis, BUT because Earth ALSO goes around the sun, the stars seem to switch positions from winter to summer.
The Big Dipper is located roughly 30-60 degrees above the northern horizon depending on your location and the time of year. It is a circumpolar constellation, meaning it is visible all year round in the northern hemisphere.
during the night
The Big Dipper takes approximately 23 hours and 56 minutes to return to the same position in the observer's sky due to the Earth's rotation. This is known as a sidereal day, which is slightly shorter than the 24-hour solar day we use for our daily activities.