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The point of the question is unclear.
I'll treat it as if it's asking for the speed of different points on earth, as the earth rotates daily.
The time doesn't matter. Only the location on earth.
The earth's diameter at the equator is 7,926 miles.
The circumference there is [ 7,926 pi ] = 24,900 miles.
The earth's rotation period is 23hrs 56min 4sec = 23.93444 hours.
The speed of a point on the equator is (7,926 pi) / (23.93444) = 1,040.35 miles per hour.
Anywhere else not on the equator, multiply that number by the cosine of the latitude.
Examples:
Latitude / Speed
zero degrees / 1,040.35 miles per hour
15 degrees / 1,004.9
30 degrees / 900.97
45 degrees / 735.6
60 degrees / 520.2
75 degrees / 269.3
90 degrees / zero
The rotation of the Earth causes the passage of time by creating day and night as it orbits the Sun. The Earth's rotation also causes differences in time zones as different locations experience sunrise and sunset at different times based on their longitude. This variation in rotation creates the need for a standardized system of time zones to coordinate activities across the world.
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How much sunlight reaches a location at a particular time is determined by earths shape and what?
The amount of sunlight reaching a location at a particular time is determined by Earth's shape, axial tilt, rotation, and orbit around the sun. These factors affect the angle at which sunlight hits the Earth's surface, leading to variations in day length and intensity of sunlight throughout the year.
The longitude of a location determines which time zone it is in different time zones are the result of?
Different time zones are the result of Earth's rotation and the need to coordinate time across regions. The Earth is divided into 24 time zones, each roughly 15 degrees of longitude wide, with the prime meridian serving as the reference point (GMT). Time zones help to synchronize activities and schedules across the globe.
What is the difference between a planet's period of rotation and period of revolution?
A planet's period of rotation refers to the time it takes to complete one full spin on its axis, which determines the length of its day. On the other hand, a planet's period of revolution refers to the time it takes to orbit around its star, determining the length of its year.
The longitude of a determines which time zone it is in different time zones are the result of?
The longitude of a location determines its time zone because Earth is divided into 24 longitudinal zones, with each zone representing one hour of time difference from Coordinated Universal Time (UTC). Different time zones exist due to the Earth's rotation and the need to maintain consistent timekeeping across regions by adjusting for the varying position of the sun in the sky.
Which part of earth is sleeping.?
The phrase "sleeping" is not typically used to describe a specific part of the Earth. If you are referring to the time when a specific location is at night (when it is dark and people are usually sleeping), that would vary based on the time zone and rotation of the Earth.
The longitude of location determines which time zones are the result of?
earth's rotation
Why the earth has different time zones?
It has do do with the rotation of the earth around the sun.The suns position at that point of time on the zone. For instance midday when the sun is midway between sunrise and sunset would be different in another location,hence altered time zones to meet the differences.
How are time differences related to the rotation of the earth?
every 15 degrees is a different time zone.
Is it true that the earth's rotation does not cause a difference in time between two meridians?
The question seems a little strange. Time was first determined by the sun's journey across the sky, a direct effect of the earth's rotation. But now the standard of time is no longer the movement of the planet but the indications of atomic clocks. The time is periodically adjusted by one second to keep the time in synch with the earth's movement. So the answer really is no, earth's rotation does not cause [is not the standard for] differences in time. They happen together and are closely correlated, but one does not 'cause' the other.However, if you are talking about solar time, then yes, all time is local, and solar noon happens when the sun transits at any given location. In this case, earth's rotation does cause a difference in time between two meridians. The question is: what kind of time are you using?
Fill in the blank with translation rotation or reflection Transformation in its new position and location is is called the?
Rotation.
What is the differences between a planet's period of rotation and its period of revolution?
Rjdnyen
What is the differences between french bungalows and English bungalows?
Location, location, location...
Why do time differences occur on Earth?
Time differences occur on Earth due to the planet's rotation. As the Earth rotates on its axis, different regions experience day and night at different times. This variation in sunlight exposure creates different time zones, which are used to standardize timekeeping across the globe.
Does rotation and time have a connection?
Yes, the rotation of the earth does have a connection with time.
What is the location of the sun?
At the center of rotation within the solar system
What planet has the most rotation time planet has the most rotation time?
Venus
What is Jupiters rotation on its axis time?
What is planet Jupiter's rotation on axis time
