The Earth spins at an absolutely constant speed - but the Earth's path around the Sun isn't quite so precise. Our orbit is an ellipse, so the Earth speeds up when we're closer to the Sun, and slows down when we're farther away.
Combine this with the angular tilt of the Earth's spin axis as compared to the orbital path, and we see longer days in the spring and summer, and shorter days in the fall and winter. Here in November (November 7, 2013, as I write this) the Sun is rising a little later, and setting a little earlier, each day.
Approximately 50 minutes.
The sun rises at different times depending on what country that you may live in. During the summer, the sun will rise earlier and will set later.
It will rise from the moment it is heated - for example, from the moment it has contact with the body. But it is expected to stabilize after a few minutes.
The moon orbits the earth, therefore it will always be in a different spot each day or night so will rise later each day by 48 minutes. This also affects what time the moon will set and when it will reach it's highest point in the sky.
The period is 24 hours, governed by the Sun rising and setting. But this is a trick question because during that 24 hours, the Earth has gone round its orbit a little so it has to rotate for four extra minutes each day to get to noon with the Sun at the same place in the sky. The period relative to the stars is 23 hours 56 minutes, so our 24-hour day makes all the stars rise and set four minutes earlier each day.
Wherever you see a star tonight ... rising, setting, or anywhere in between ... it will be at the same place slightly earlier tomorrow night ... on the average, ( 3 minutes56.5 seconds ) earlier.
Each day through autumn the sun rises a little bit later and sets a little bit earlier.
I get ( 47minutes19seconds ) earlier after 12 days ... on the average during the year.
Approximately 50 minutes.
45 minutes
Answer: A star will rise about 4 minutes earlier every day. In a month, it will rise 2 hours earlier than now.
No. The Moon tends to rise about 50 minutes later every day.
About 50 minutes later every day.
because the earth rotates
Roughly 45 to 50 minutes later every day than it was the day before.
The sun rises earlier in Nevada than in Oakland, CA. Nevada is east of Oakland, so it experiences sunrise before locations further west. This is due to the rotation of the Earth from east to west causing the sun to appear to rise in the east.
No, throughout autumn the sunset is a little bit earlier each day, but the sunrise is a little bit later each day. At the end of autumn, at the winter solstice, the time from sunrise to sunset is at its minimum.