Well the earth has an imaginary axis going from pole to pole through the middle of the earth called the axis of rotation. This axis is tilted with respect to the orbital plane of the Earth around the Sun.
This tilt is the cause of the seasons which are most noticeable far from the equator.
The hemispheres are completely unaffected by the Earths orbit other than the tilt of the axis of rotation, not the hemispheres, if you have the Sun and the orbital plane as reference point, causing the seasons.
The season
The axis of the Earth is tilted 23.5 degress from the plane of the orbit round the sun.
Tangent to orbit, north away, tangent to orbit, south away.
Maybe because the earth's tilted orbital plane causes the moon to orbit tiled, if the earth was straight it has said that the moon would orbit straight line.
The Earth rotates on its axis causing either the North or South Hemishere to tilt towards the sun which ever hemishere is tilted toward the sun it is probably spring or summer.
The season
The axis of the Earth is tilted 23.5 degress from the plane of the orbit round the sun.
earths tempertures
earths tempertures
No, it is not. It is tilted in comparison to the Earth's orbit around the Sun. This is why we have different times of seasons in the northern and southern hemisphere.
Tangent to orbit, north away, tangent to orbit, south away.
No. For one thing, a plane is, by definition, 2-dimensional. The moon's orbit is tilted about 5 degrees relative to Earth's orbit.
earths tempertures
Because the sun, moon and earth are not always in alignment. The moon does not orbit the earth about the earths equator. The earths axis is tilted so the orbit around the sun does not always align with that of the moons orbit around the earth
Because - the Earth is tilted on its axis - by about 11 degrees. This means that, when the northern hemisphere is tilted towards the sun, the Southern Hemisphere is tilted away. This - combined with the position of the sun in its orbit around the Sun - creates our seasons.
The seasons are caused by the tilted axis and orbit. The axis is tilted with respect to its orbital plane.
Uranus is has an orbit that is tilted significantly more than the other planets. Uranus is basically tilted on it's side during orbit.