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What else can I help you with?
How do you tell the seasons by using the Big Dipper?
The Big Dipper can help you identify the seasons by its position in the sky. In the northern hemisphere, during spring and summer, the Big Dipper will be high in the sky in the late evening, whereas in fall and winter, it will be closer to the horizon or appear lower in the sky. This change in position is due to Earth's tilt causing the apparent movement of the stars throughout the year.
Why does the big dipper cnstellation appear in different part of the sky through out the year?
The Big Dipper is a circumpolar constellation, meaning it is always visible in the night sky. It appears to change its position throughout the year due to the Earth's orbit around the sun, causing different parts of the sky to be visible during different seasons. This movement, known as precession, causes the apparent position of the stars to shift gradually over time.
How does the sun change its position during the day?
It doesn't ! The sun stays where it is - it's the rotation of the Earth that makes the sun appear to move.
Why do constellation change position during the night?
Constellation change position during the night due to the earth's multiple motions, such as the wobble and rotations around the sun.
What is in the sky that blinks red blue white near the little dipper?
What you are seeing in the sky that blinks red, blue, and white near the Little Dipper is likely a commercial airplane. The blinking lights are part of the aircraft's navigation system, used to help identify the plane's position and direction during night flights.
How do you tell the seasons by using the Big Dipper?
The Big Dipper can help you identify the seasons by its position in the sky. In the northern hemisphere, during spring and summer, the Big Dipper will be high in the sky in the late evening, whereas in fall and winter, it will be closer to the horizon or appear lower in the sky. This change in position is due to Earth's tilt causing the apparent movement of the stars throughout the year.
How does the big dipper change with the seasons?
From the viewpoint of the Earth, all the constellations 'revolve' around Polaris (the North star. As the Earth orbits the sun, its relative position to the constellations changes - and they appear to move across the night-sky.
Why does the big dipper cnstellation appear in different part of the sky through out the year?
The Big Dipper is a circumpolar constellation, meaning it is always visible in the night sky. It appears to change its position throughout the year due to the Earth's orbit around the sun, causing different parts of the sky to be visible during different seasons. This movement, known as precession, causes the apparent position of the stars to shift gradually over time.
How does the position of the sun appear to change during each day?
the moon goes round the sun and then it macks the su move
How does the sun change its position during the day?
It doesn't ! The sun stays where it is - it's the rotation of the Earth that makes the sun appear to move.
If a star appears at position 1 during the summer during what season will it appear at position 2?
No, I think
Why do constellation change position during the night?
Constellation change position during the night due to the earth's multiple motions, such as the wobble and rotations around the sun.
Is the big dipper high in the north winter or low?
The Big Dipper is high in the northern sky during the winter months. Its position can vary based on the time of night and your specific location, but generally speaking, it is easier to see in the northern hemisphere during the winter.
What is a change of position during a unit of time called?
motion
What causes shadow to change during a day?
the position of the sun
What is the change in position divided by the time interval during which that change takes place?
The change in position divided by the time interval is known as velocity. Velocity is a vector quantity that specifies the rate of change of position of an object in a particular direction.
What is the ratio of change in position to the time interval during which the change is occured?
The ratio of change in position to the time interval is known as velocity. Velocity is a vector quantity that describes how fast an object's position changes and in what direction. It is calculated by dividing the change in position by the time interval.
