You don't feel the speed of the Earth revolving around the Sun because you are moving along with it at the same speed. This constant motion doesn't cause any noticeable acceleration or deceleration that would be detected by our senses. Additionally, the Earth's rotation gives us a sense of a consistent reference frame, making the speed of its revolution feel constant.
The speed of a planet revolving around the Sun is slowest at the aphelion, which is the point in its orbit farthest from the Sun.
When you ask 'Is something moving ?', you always have to tell compared to what. As we all know, there's no such thing as 'real' motion, there's only motion relative to something else. -- Compared to the sun, the moon is revolving around it, in an elliptical orbit that has these small dimples in it because of the gravitational influence of the nearby Earth. -- Compared to the Earth, the moon is revolving around it once every 27.32 days. -- Compared to the moon, the moon isn't moving at all.
300,000 km in 24 hours at the Equator; zero at the poles.
As we know that Kepler's laws of planetary motion state that aerial velocity of a planet remains constant i.e dA/dt = constant , Where A is the area swept by the planet around sun. so to maintain the aerial velocity constant,planet has variable velocity.
You don't feel the speed of the Earth revolving around the Sun because you are moving along with it at the same speed. This constant motion doesn't cause any noticeable acceleration or deceleration that would be detected by our senses. Additionally, the Earth's rotation gives us a sense of a consistent reference frame, making the speed of its revolution feel constant.
yes.
The Earth is revolving around the sun at a speed of about 30 kilometers per seconds or 18.5 miles per second.
Approximately 108000 km/h
Its because all of these movements are constant, they are not accelerating or slowing down. We only feel a force when there is acceleration or decelleration. If you accelerate in a car, you are pushed back into your seat as the force effects you and everything in the vehicle. But at constant speed in a straight line, you can move about normally, as if you were at a standstill.
The speed of a planet revolving around the Sun is slowest at the aphelion, which is the point in its orbit farthest from the Sun.
Both the lunar day and month are 28 Earth days long.
When you ask 'Is something moving ?', you always have to tell compared to what. As we all know, there's no such thing as 'real' motion, there's only motion relative to something else. -- Compared to the sun, the moon is revolving around it, in an elliptical orbit that has these small dimples in it because of the gravitational influence of the nearby Earth. -- Compared to the Earth, the moon is revolving around it once every 27.32 days. -- Compared to the moon, the moon isn't moving at all.
Yes, since the moon is in a circular orbit around the Earth, its velocity is constant but its direction is changing continuously as it moves around the Earth. This constant velocity is necessary to maintain the circular motion without drifting away or falling into the Earth.
Circular motion is when an object moves in a circular path around a central point. This motion involves a constant change in direction, but the speed remains constant. An example of circular motion is a planet revolving around the Sun or a car going around a roundabout.
300,000 km in 24 hours at the Equator; zero at the poles.
Your question is very unclear, but I will make an attempt to answer this for you. The Earth is 'Revolving' around the Sun due to gravity. The Sun is the center of the solar system, with many bodies orbiting around it. This includes the planets, their moons, and the many other objects. Below is a section of text explaining different methods to detect Earths movement through space: "...aberration (slight change in stellar positions due to Earth's speed), parallax (slight change in stellar positions due to Earth's changing position) and Doppler effect (slight change in color of stars due to Earth's speed) all prove that Earth is moving around the Sun, and not the other way round."