Parallel lines fits the given description.
No. There can be huge differences. Brighter stars at bigger distances will look as a weak star but as at a shorter distance.
A curved surface on which all points are the same distance from the center is called a sphere.
The set of all points in space that are the same distance from a given point is called a sphere.
A circle has all of it's points the same distance from the center. For example, if you put a dot on a given point on the circumference, or outline of a circle, all the points have the same distance from the circle. This only works if you put a point on the outline or circumference of the circle.
Parallel lines are the same distance apart for all points along the line.
Yes, in geography, all points along a parallel of latitude are indeed the same distance from the equator. This is because parallels are imaginary lines that run parallel to the equator, maintaining the same distance from it as they wrap around the Earth.
yes....O_o k12
Parallel lines fits the given description.
No. There can be huge differences. Brighter stars at bigger distances will look as a weak star but as at a shorter distance.
No they are not all the same temperature but it is warm.
Distance and displacement can be the same only if an object moves in a straight line from its starting point and the displacement is measured along that line. In such cases, the magnitude of the displacement is equal to the distance traveled.
Two or more lines that are the same distance at all points are called parallel lines.
Yes, if an object moves along a straight path in a single direction without reversing its direction, then its distance and displacement will be the same.
A globular sphere has all points at the same distance from an interiocenter point.
A curved surface on which all points are the same distance from the center is called a sphere.
The centre of a circle is equal distance from all points of its circumference