No. The "sub-solar" point is that point on the Earth where the Sun is STRAIGHT UP from there.
The planet Mercury is closest to the sun, at about three-tenths Earth's distance at the nearest point in its orbit.
A planet's closest approach to the sun is called perihelion. This is when the planet is at its nearest point to the sun in its elliptical orbit.
Closest point is called the perihelion; furthest from sun is aphelion.
The location where the sun's rays are striking at a 90-degree angle is called the subsolar point. This point moves throughout the day due to Earth's rotation and tilt.
The maximum distance from the sun in a planet's orbit is called its aphelion. This point is farthest from the sun, as opposed to the perihelion, which is its closest point.
The Subsolar Point is the shortest distance between the Earth and Sun. The distance constantly changes, because of orbits, drifts, shifts, tilts, etc. However, by definition, the subsolar point is the point on the Earth's surface where the Sun is at its highest (or lowest) latitude at local solar noon. Subsolar points change daily moving from 23.5° South to 23.5° North (the solstices) and back throughout the year. To the extent that the subsolar point is directly beneath the sun (i.e., when the sun's rays are exactly perpendicular to the Earth's surface), it would also be true that the closest point on Earth to the sun at that particular point in time would be the subsolar point. NOTE: The shortest distance between two bodies forms a perpendicular line between the closest parallel planes of both bodies. Subsolar point is the term used to identify the point on a planet which is closest to the sun at any given moment.
Subsolar PointBy definition, the subsolar point is the point on the Earth's surface at which the Sun is at its highest (or lowest) latitude at local solar noon. The Subsolar point changes continually as the Earth rotates and seasonally moving from 23.5 degrees South to 23.5 degrees North (the solstices) and back throughout the year. To the extent that the subsolar point is directly beneath the sun (i.e., when the sun's rays are exactly perpendicular to the Earth's surface), it would also be true that the closest point on Earth to the sun at that particular point in time would be the subsolar point.
no, it is not a planet the closest is merkury
The perihelion is the closest point to the Sun in the orbit of a planet.It is different for each planet based on the elliptical variation, but will always occur at the same point in each orbit.
The closest point to the Sun in a planet's orbit is called perihelion. The furthest point is called aphelion. Phil
The planet Mercury is closest to the sun, at about three-tenths Earth's distance at the nearest point in its orbit.
A planet's closest approach to the sun is called perihelion. This is when the planet is at its nearest point to the sun in its elliptical orbit.
Closest point is called the perihelion; furthest from sun is aphelion.
This is the Perihelion.
They are all exposed to sun light; none of them is closed to the sun. However, from the distance of Neptune the sun is barely discernible from the other stars in the sky, and the dark half of Mercury gets extremely cold because its day is so very long.
Mercury rotates (slowly) as it orbits the Sun. So, the point that's closest to the Sun changes with time.
The closest point to the Sun in a planet's orbit is called perihelion. The furthest point is called aphelion. Phil