A cyclic change in the earth system repeats the same steps over and over, though not necessarily with the same results or at the same rate.
The Earth's climate cycles across a wide range of time scales, from years to decades to centuries to millennia. Different physical processes can start cycles at different scales. All of these layered systems and cycles working in concert determine the climate over any particular period.
Scientists examine Earth's cycles in an effort to understand how our world functions. Our planet's climates can vary as a result of modifications to Earth's cycles. Our understanding of how humans are influencing these cycles and how that can transform the world will grow as we learn more about them.
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I think the correct answer from the choices listed above is the third option. The conservation of energy as a pendulum swings in the path would be that <span>the potential energy at point a is greater than the kinetic energy at point b. Hope this answers the question.</span>
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Answer:
In increasing order of length
Option (1) < Option (2) < Option (3) < Option (4) < Option (5)
Explanation:
The earth rotates around its imaginary axis once every 24 hours.
The moon is the natural satellite of earth that orbits around the earth once every 28 days (approximately).
Seasons are the contrasting phenomenon that occurs on earth once every 3 months and is caused due to the tilt of the earth's axis.
Earth orbits around the sun once every 365 days.
The precision cycle of earth is approximately 26000 years (this means that there occurs 1° change every 72 years).
Thus, the time duration of each of the above can be arranged in an increasing order which is given below-
Option (1) < Option (2) < Option (3) < Option (4) < Option (5)
