The answer has to do with the orbit..... i dont even know the answer..... but u should look for other answers on this app its really good
-Karen Rosa
Mom of 2 kids
the amount of sunlight each area gets
No, Earth's rotation axis is not fixed in space. It undergoes a slow wobble known as precession, which takes about 26,000 years to complete one full cycle. This causes the orientation of Earth's axis to change over long periods of time.
Near, but not directly at, Vega. On the southern end, it will point... kinda nowhere in particular, much like it does now. (It will point about midway between two reasonably but not spectacularly bright stars, which is actually slightly better than the current situation.)
Mercury
Twisting involves rotating around an axis while maintaining alignment with that axis, such as wringing out a towel. Turning, on the other hand, involves changing direction or orientation, like when navigating a corner or changing the position of an object.
The answer has to do with the orbit..... i dont even know the answer..... but u should look for other answers on this app its really good-Karen RosaMom of 2 kids
The answer has to do with the orbit..... i dont even know the answer..... but u should look for other answers on this app its really good-Karen RosaMom of 2 kids
the amount of sunlight each area gets
The earths rotation about its axis has no affect on the orbit of satellites about earth. Only their relative velocities and positions are relevant, not their orientation
The sun is pointed on the light of that ray so it will make it comparison.
The sun is pointed on the light of that ray so it will make it comparison.
They differ from the earths axis in relationship to its position during its one year revolution.
Describing the position and orientation of an image involves specifying its location in relation to a reference point or axis, as well as the direction it is facing. This information helps to accurately identify and represent the image in space.
How_does_the_position_of_Earth's_axis_at_the_March_and_September_equinoxes_compare_to_its_position_at_the_summer_solsticeis pointed on the light of that ray so it will make it comparison
Yes, reflection changes the orientation of an object by flipping it across an axis, such as a line, without changing its shape or size. The object appears as a mirror image of its original position.
the space cycle that creates canadas four seasons is earths orbiting around the sun and rotating its axis changes the angle of witch sunlight strikes diffrent parts of earth
No, Earth's rotation axis is not fixed in space. It undergoes a slow wobble known as precession, which takes about 26,000 years to complete one full cycle. This causes the orientation of Earth's axis to change over long periods of time.