No. Earth area is constant, and is not influenced by revolution or rotation.
Earth's revolution around the sun causes the different seasons due to the tilt of its axis. As Earth orbits the sun, different parts of the planet receive varying amounts of sunlight, leading to changes in temperature and weather patterns. This tilt results in summer, autumn, winter, and spring as Earth's orientation changes relative to the sun throughout the year.
The surface of the earth changes. Some changes are due to slow processes, such as erosion and weathering, and some changes are due to rapid processes, such as landslides, volcanic eruptions, and earthquakes.
wobbling motion
It is due to sun's gravitational force that forms an orbit for earth's revolution, and earth rotates due to its axis,which is slightly tilted.
New social classes emerged due to urbanization during the industrial revolution.
The Earth moves around the sun due to the warping of space time that we perceive as gravity.
Hi Venus is the only planet that has the revolution period closest to that of the Earth. Venus with a revolution time of 224.7 Earth days. Venus is the brightest of all the planets in the solar system and is known as the Earth's twin sister due to the similarity between the two planets in terms of Size, mass etc.
may be in glorious revolution, was with out flowing blood a king conqure the area and due to no killing , or murders of people they called it glorious revolution nas well as bloodless revolution
The eruptions of volcanos can cause significant climate changes due to volcanic ash in the air.
This phenomena has taken place due to revolution of the earth. The earth was in gaseous state. Then it cooled to liquid state. When the liquid ball revolves, it takes the ellipsoid shape. This happens due to centrifugal force acting on the ball. The ball shrinks along the axis of revolution.
The earth's rotation is when it spins around its axis,while an earth's revolution is an complete circle around the sun which takes approximately 365 1/4 days which gives us a year
Changes in the elevation of the land due to the Moon's gravitational pull are very small because the gravitational force of the Moon is spread out over a large area, causing the land to deform rather than noticeably rise and fall. Additionally, the solid nature of the Earth's crust resists deformation, not showing significant changes in elevation from the Moon's pull.