if this is true then the solar point would most likely be noon on earth. or at scale (since he said a satelite to the sun) it could be when the center of the galaxy is closest to overhead earth of course that could be the galactic point. im not really sure either.
An antapex is a point opposite a solar apex.
It is the sub-solar point. It is the point where the Sun is directly overhead. The sub-solar point has a latitude equal to the Sun's declination at any moment, so all points on Earth between latitudes of ±23½ degrees can be the sub-solar point. If you want to know the direction to the sub-solar point at any instant from where you are, just point at the Sun and then move your arm vertically downwards so that it points horizontally. If you want to know the distance to the sub-solar point, measure the Sun's angle relative to overhead where you are. The distance (in nautical miles) is 60 times that angle in degrees.
It is called "solar time" or "apparent solar time." This method of timekeeping is based on the position of the sun in the sky, with noon defined as when the sun is at its highest point.
No. The "sub-solar" point is that point on the Earth where the Sun is STRAIGHT UP from there.
The reference point in a model of the solar system is usually the center of the Sun. This is because all the planets, including Earth, revolve around the Sun in their orbits.
An antapex is a point opposite a solar apex.
The current sub-solar point is the point on Earth's surface where the Sun is directly overhead. Its location changes throughout the day due to Earth's rotation and the tilt of its axis. You can track the sub-solar point in real-time using online tools or apps.
focal point
The "sub-solar point" is the point on Earth where the Sun is straight up, at a 90 degree angle to the ground. This point moves around the Earth each day as the Earth rotates, and appears to move north and south over the course of the year. The sub-solar point is exactly on the equator at the moment of the two equinoxes. In March, the sub-solar point is moving north as it crosses the equator; in September, the sub-solar point is moving south across the equator. In June, the sub-solar point creeps up to the Tropic of Cancer and then heads south again. In December, the sub-solar point gets all the way south to the Tropic of Capricorn at the winter solstice.
It is the sub-solar point. It is the point where the Sun is directly overhead. The sub-solar point has a latitude equal to the Sun's declination at any moment, so all points on Earth between latitudes of ±23½ degrees can be the sub-solar point. If you want to know the direction to the sub-solar point at any instant from where you are, just point at the Sun and then move your arm vertically downwards so that it points horizontally. If you want to know the distance to the sub-solar point, measure the Sun's angle relative to overhead where you are. The distance (in nautical miles) is 60 times that angle in degrees.
A "solar still" is a device used for purifying water from damp waste or brackish water
the point is solar energy is to save money and to reduce less technology things.
During a total solar eclipse, at one point it will be almost completely dark.
Solar wind makes a comet's tail always point away from the Sun.
The heliosphere boundary.
yes
well the solar kamehameha could destroy the whole solar system while the instant kamehameha is just a point blank kamehameha, so its obvious that solar kamehameha is stronger