What are the geographical phenomena produced by the rotation and revolution of the earth?

Updated on science 2024-07-21
24 answers
  1. Anonymous users2024-02-13

    If you are a junior high school student, the answer is: the rotation of the earth.

    The phenomenon of day and night has been created, and places with different longitudes have different local times.

    The earth revolves. The four seasons are changed to form five belts.

    If you are a high school student, the answer is: the rotation of the earth produces the phenomenon of day and night, different places have different local times, and the rotation of the earth produces geostrophic deflection forces.

    The effect of the deflection of objects moving horizontally along the surface of the earth on the shape of the earth.

    The Earth's revolution produces changes in the height of the midday sun and the length of day and night over time and place, creating the changing seasons and different heat zones.

  2. Anonymous users2024-02-12

    The 3 geographical phenomena produced by the rotation of the earth are as follows:

    1. The phenomenon of alternating day and night.

    That is, twenty-four hours a day, with day and night alternating with each other.

    Second, the phenomenon of time difference.

    There will be different places in different longitudes on the earth; Longitude is every 15 degrees, and local time is one hour apart.

    3. Generate geostrophic deflection force.

    Objects moving horizontally on the earth, regardless of which direction they move, will undergo deflection.

    The Earth's revolution produces four seasons, and the length of day and night changes.

  3. Anonymous users2024-02-11

    The rotation of the earth produces a day-night cycle, with the sun and moon rising in the east and setting in the west.

    The earth revolves. Produces a year-round turnover.

  4. Anonymous users2024-02-10

    The phenomena produced by the rotation of the earth and autobiography are as follows: the phenomena produced by rotation include the phenomenon of day and night cycle; various motion rotation phenomena caused by geostrophic deflection forces in the northern and southern hemispheres; The phenomenon of time difference in the eastern and western regions, the phenomenon of biological work and rest, etc. The phenomenon of the earth's revolution is divided into five zones according to the difference in the height of the sun; The phenomenon of changing the length of day and night, etc.

  5. Anonymous users2024-02-09

    The geographical phenomenon of the rotation and revolution of the earth is that the rotation of the earth will produce the flow direction of the river, and the regional difference generated by the rotation of the earth fixed in a certain flow direction is the change of the four seasons that will form it.

  6. Anonymous users2024-02-08

    The rotation and revolution of the earth will produce some and a lot of biogeographic phenomena, after the rotation and revolution of the earth, it will produce the four seasons of the year, resulting in the distinct day and night, which is the geographical phenomenon of the earth's rotation and revolution, the earth's rotation and revolution also produce risks, wind, frost, rain and snow, which is also the geographical phenomenon of the earth's rotation and revolution.

  7. Anonymous users2024-02-07

    The rotation of the earth produces day and night, and the rotation of the earth produces four seasons: spring, summer, autumn and winter.

  8. Anonymous users2024-02-06

    The rotation of the earth produces a diurnal cycle; The Earth's revolution produces seasonal changes.

  9. Anonymous users2024-02-05

    The Earth's rotation produces: the alternation of day and night.

    The revolution of the earth gives rise to the alternation of the seasons.

  10. Anonymous users2024-02-04

    The rotation of the earth divides day and night, and the revolution divides the four seasons of the year, spring, summer, autumn and winter.

  11. Anonymous users2024-02-03

    The rotation of the Earth. Geographical significance of the production:

    the cycle of day and night;

    local time and jet lag;

    geostrophic deflection force;

    The earth revolves. Geographical significance of the production:

    the length of day and night;

    the height of the sun at noon;

    The division of the five belts and the four seasons.

  12. Anonymous users2024-02-02

    The movement of the earth around the sun is called the revolution of the earth. Because along with the earth there are other celestial cycles of the solar system that orbit the sun.

    body, the sun is its answer.

    The central celestial body is called "revolution". The direction of the Earth's revolution is from west to east, and the time it takes to complete one revolution is one year.

    Phenomena arising from the revolution of the Earth:

    1. Changes in the length of day and night;

    2. The replacement of the four seasons of spring, summer, autumn and winter;

    3. The change of the solar altitude angle at noon;

    4. The division of five zones (tropical, north-south temperate zone, north-south cold zone).

    The rotation of the earth around the axis of rotation (the Earth's axis) is called the rotation of the earth. The direction of the Earth's rotation is from west to east. From a bird's-eye view of the celestial sphere's North Pole, the Earth's rotation is counterclockwise; Aerial view from the South Pole, is a clockwise rotation.

    Phenomena resulting from the rotation of the Earth:

    1. The replacement of day and night;

    2. The time difference of the place, when there are different places in different longitudes, the longitude is every 15 degrees, and the local time difference is one hour;

    3. The deflection force of the earth, the direction of horizontally moving objects is deflected, to the right in the northern hemisphere and to the left in the southern hemisphere;

    4. The shape of the earth and the inertial centrifugal force generated by the rotation of the earth make the earth expand from the poles to the equator and become a slightly flattened ellipsoid.

  13. Anonymous users2024-02-01

    The geographical phenomena resulting from the revolution of the earth are as follows:

    1. The change of the height of the sun at noon, the height of the sun at noon changes with the movement of the direct point of the sun.

    2. The change in the length of day and night, from the spring equinox to the autumn equinox, the sun shines directly on the northern hemisphere, the day is longer and the night is shorter in the northern hemisphere, and the higher the latitude, the longer the day and the shorter the night. On the summer solstice, the sun shines directly on the Tropic of Capricorn, and the longest days and shortest nights in all latitudes of the Northern Hemisphere, and the polar day phenomenon occurs in the Arctic Circle.

    3. The change of seasons, because the length of day and night and the height of the sun at noon change, resulting in different periods and different regions of the heat, resulting in the four seasons.

    4. The division of the five belts, which is caused by the decreasing amount of solar radiation from low latitude to high latitude.

    Earth's orbital speed:

    The revolution of the earth is a periodic circular motion, therefore, the speed of the earth includes two aspects: angular velocity and linear velocity.

    If we use the sidereal year as the Earth's rotation period, then the average angular velocity of the Earth's revolution is 360° per year, that is, the Earth's revolution is 360° after the sun, that is, about every day.

    The total length of the Earth's orbit is 940,000,000 kilometers, therefore, the average speed of the Earth's revolution is 100 million kilometers per year, that is, 100 million kilometers after the Earth's revolution, that is, kilometers per second.

    According to Kepler's second law of planetary motion, the speed of the Earth's revolution is related to the distance between the Sun and the Earth. Neither the angular velocity nor the linear velocity of the Earth's revolution is a fixed value and changes with the distance between the Sun and the Earth.

  14. Anonymous users2024-01-31

    Snow-capped mountains and icebergs in the Antarctic and the Arctic.

  15. Anonymous users2024-01-30

    1. According to the difference in the height of the sun, it is divided into five zones: northern cold, northern temperature, tropical, southern temperature, and southern cold;

    2. According to the time difference of how much heat is obtained, the four seasons are divided: spring, summer, autumn and winter;

    3. The change of the length of day and night;

    4. Changes in the position of celestial phenomena; The phenomenon of the law of biological growth. The phenomena produced by the rotation of the earth are: 1. the phenomenon of day and night change; 2. Various motion rotation phenomena caused by geostrophic deflection forces in the northern and southern hemispheres; 3. The phenomenon of time difference between the east and the west.

    When the earth rotates, it also rotates around the sun, which is called the earth's revolution. The phenomena produced by the revolution of the earth are the change of seasons and the change of the altitude angle of the sun.

  16. Anonymous users2024-01-29

    The rotation of the earth produces the diurnal variation on the earth, and the rotation of the earth causes the alternation of the seasons. The Earth rotates from west to east around its axis of rotation with an average angular velocity of 15 degrees per hour. At the Earth's equator, the linear velocity of rotation is 465 meters per second.

    The phenomenon of various celestial bodies rising in the sky rising in the east and setting in the west is a reflection of the rotation of the earth.

    The orbit of the Earth's revolution is elliptical, the semi-major diameter of the orbit is 149597870 km, the eccentricity of the orbit is the average orbital velocity of the revolution is km per second. From the Earth, the Sun moves counterclockwise along the ecliptic, and there are two intersections of the ecliptic and the equator on the celestial sphere that are 180° apart, of which the point where the Sun passes through the celestial equator from the south of the celestial equator to the north along the ecliptic is called the vernal equinox.

    The cyclical changes of the Earth's rotation mainly include changes in annual cycles, changes in monthly cycles, semi-monthly cycles, and changes in near-Sunday and semi-Sunday cycles. The annual cycle change, also known as the seasonal change, was discovered in the 30s of the 20th century, which is manifested by the slow rotation of the earth in the spring and the acceleration of the earth's rotation in the autumn, which also carries the change of the semi-annual cycle.

    From the Earth, the sun moves counterclockwise along the ecliptic, and there are two intersections of the ecliptic and the equator on the celestial sphere that are 180 ° apart, of which the point where the sun passes through the celestial equator from the south of the celestial equator to the north along the ecliptic is called the vernal equinox point, and the other point separated by 180 ° from the vernal equinox is called the autumnal equinox point, and the sun passes through the vernal equinox and the autumnal equinox respectively on the vernal and autumnal equinoxes of each year.

  17. Anonymous users2024-01-28

    The direction of the Earth's rotation.

    It is from west to east, the cycle is one day, and the phenomenon produced is the alternation of day and night and the difference in time; The direction of the earth's revolution is from west to east, the cycle is one year, and the geographical phenomena produced are the changes in the length of day and night and the formation of four seasons

    Therefore, the answer is that the phenomenon of rotation is the alternation of day and night and the difference in time, and the geographical phenomenon of revolution is the change of the length of day and night and the formation of the four seasons. The direction of rotation is from west to east, and the period is one day, and the direction of revolution is from west to east, and the period is one year

  18. Anonymous users2024-01-27

    The phenomena produced by the rotation of the earth are: 1. the phenomenon of day and night change; 2. Various motion rotation phenomena caused by geostrophic deflection forces in the northern and southern hemispheres; 3. The phenomenon of time difference in the eastern and western regions, and the phenomenon of biological work and rest.

    The phenomena produced by the rotation of the earth are: 1. According to the difference in the height of the sun, it is divided into five zones: northern cold, northern temperature, tropical temperature, southern temperature, and southern cold; 2. According to the time difference in how much heat is obtained, the four seasons are divided

    Spring, summer, autumn and winter; 3. The change of the length of day and night; 4. Changes in the position of celestial phenomena and the phenomenon of biological growth laws.

  19. Anonymous users2024-01-26

    1. The rotation of the earth produces the alternation of day and night.

    Meaning of the morning and dusk line: the dividing line between the day and night hemispheres, including the morning line and the evening line. Interpretation of the morning and dusk lines:

    Rotation method: follow the direction of the earth's rotation, from night to day, which is the morning line; From day to night, it is dusk. Temporal Method:

    The local time on the equator is 6 o'clock, which corresponds to the morning line; It is 18 o'clock on the equator, which corresponds to the dusk line. Azimuth method: the east side of the night hemisphere is the morning line, and the west side is the evening line; The eastern side of the day hemisphere is the dusk line, and the western side is the morning line.

    2. The rotation of the earth produces four seasons.

    The time it takes for the Earth to revolve around the Sun is the Earth's orbital period.

    Broadly speaking, the Earth's orbital cycle is a "year". Because the period of the annual apparent motion of the Sun is the same as the period of the Earth's revolution, the period of the Earth's revolution can be measured by the annual apparent motion of the Sun. An observer on Earth observes a "year" when the Sun passes through a certain point on the ecliptic continuously.

    Depending on the reference point selected, the length of the Year is also different. Commonly used periodic units are sidereal years, regression years, and perigee years.

  20. Anonymous users2024-01-25

    A group of people above are copying things from books, but they don't know it themselves. The ground is flat and has a semi-circular hood on it. The earth does not rotate, the sun and the moon are in our sky. The sun moon is unique to our place. Not visible in outer space.

  21. Anonymous users2024-01-24

    The rotation of the earth produces the alternation of day and night, and the revolution of the earth produces the seasons of the year.

  22. Anonymous users2024-01-23

    The rotation and revolution of the earth produces spring, summer, autumn and winter.

  23. Anonymous users2024-01-22

    The rotation of the earth produces day and night, and the revolution produces the four seasons of spring, summer, autumn and winter.

  24. Anonymous users2024-01-21

    The phenomena of the earth's revolution are: 1. According to the difference in the height of the sun, it is divided into five zones: northern cold, northern temperature, tropical, southern temperature, and southern cold;

    2. According to the time difference of how much heat is obtained, the four seasons are divided: spring, summer, autumn and winter;

    3. The change of the length of day and night;

    4. Changes in the position of celestial phenomena and the phenomenon of biological growth laws.

    The phenomena of the Earth's rotation are:

    1. The phenomenon of diurnal alternation;

    2. Various rotational phenomena caused by the earth's deflection forces in the northern and southern hemispheres;

    3. The phenomenon of time difference in the eastern and western regions, and the phenomenon of biological work and rest.

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