Gravitational pull.
no, it's the Earth that is constantly rotating around the Sun
The Earth is always rotating on its axis, causing day and night cycles. Additionally, it is constantly orbiting around the sun, leading to seasonal changes.
The Earth rotates on its axis, causing day and night, while also revolving around the Sun, creating the seasons. The rotation gives us the cycle of day and night, and the revolution around the Sun determines our year and the changing of the seasons.
The moon rotates around the Earth, and as it does so the Earth is rotating around the sun. So yes, along with the Earth the moon does go around the sun.
As the Earth travels around the Sun, it is rotating on its axis, causing day and night. Additionally, it is tilted on its axis, which is why we experience different seasons throughout the year. The Earth is also interacting with other celestial bodies, such as the moon, which impacts things like tides.
no, it's the Earth that is constantly rotating around the Sun
because earth is rotating around itself while revolving around the sun
by the earth rotating around the sun while the moon is rotating around the earth.
Earth revolves around the sun while rotating on its sides
No.
The Earth itself is rotating @ 1 revolution per day -hence the 'Sun moving in the Sky': meanwhile the Earth is following an elliptical track around the Sun whilst itself spinning.
it is due to presence of debris disk around sun
Yes, since the moon is rotating around the earth, it is not always visible. If it is on the the other side of the earth, then a person could not see it. The difference is that the sun rises and sets because the earth is rotating on its axis, while the moon rises and sets because it is rotating around the earth.
no the earth spins on it's axis while rotating around the sun
Galileo, happend in the late 1600s
If you are asking if earth are revolving around itself, the answer is yes, it does. The earth is not only orbiting around the sun, it's also rotating around it's own axis.
Period of rotation is the time taken for an object to complete exactly one revolution around another object, like the earth rotating around the sun or the moon rotating around the earth.