Explain the effects of Earth Movement
Answers
Answered by
14
The changing seasons are caused by the movements of the Earth. There are two important movements that affect the Earth. The first is the rotation of the Earth around an invisible axis. ... The second important movement thataffects the Earth is its revolution around the Sun.
subhajeetpramanik:
mark brilliant
ase
sorry please
Answered by
4
hey mate.....!
here is your answer
Effects of Earth Movement
Geography of the Four Seasons
Lesson Transcript
Instructor: Meredith Mikell
This lesson explores the factors that influence seasons, daylight, and temperatures on our planet, including rotation and radiation. At the end, you can test your knowledge with a brief quiz.
Incoming Energy
The sun constantly floods the Earth with radiation: light, heat, radio waves, ultraviolet waves, and all wavelengths in between. This radiation travels 92,960,000 miles, and the amount is fairly consistent, even though the sun goes through cycles of its own. But once it reaches Earth, what happens to that radiation is not actually very consistent across the planet. Case in point: some parts of Earth are cold, some are hot, and our seasons mean that different parts of the Earth are heated more or less at different times.
Even though temperature fluctuates slightly during Earth's orbit, these differences have nothing to do with our distance from the Sun. Our planet's seasons and climates can be attributed to the fact that Earthrotates in motion about its central axis and moves in orbital revolutionwhen it travels around the Sun.
hope it may help you
Thank you
here is your answer
Effects of Earth Movement
Geography of the Four Seasons
Lesson Transcript
Instructor: Meredith Mikell
This lesson explores the factors that influence seasons, daylight, and temperatures on our planet, including rotation and radiation. At the end, you can test your knowledge with a brief quiz.
Incoming Energy
The sun constantly floods the Earth with radiation: light, heat, radio waves, ultraviolet waves, and all wavelengths in between. This radiation travels 92,960,000 miles, and the amount is fairly consistent, even though the sun goes through cycles of its own. But once it reaches Earth, what happens to that radiation is not actually very consistent across the planet. Case in point: some parts of Earth are cold, some are hot, and our seasons mean that different parts of the Earth are heated more or less at different times.
Even though temperature fluctuates slightly during Earth's orbit, these differences have nothing to do with our distance from the Sun. Our planet's seasons and climates can be attributed to the fact that Earthrotates in motion about its central axis and moves in orbital revolutionwhen it travels around the Sun.
hope it may help you
Thank you
Similar questions