We would have what is called a "Total Solar Eclipse." The Most recent Total Solar Eclipse happened in 1487. The Next Total Solar Eclipse will happen in 2079. An interval of approx. 601 years. But for lack of better explanation, we would have a solar eclipse that we get annually.
In a straight line
Straight line winds are, convective wind gusts, outflow and downbursts. Straight-line wind is wind that comes out of a thunderstorm.
They are always lined up, but they are sometimes also lined up with the Sun so that all three are in a line. That is called opposition, when the Earth is in the middle, or superior conjunction when the Sun is in the middle. One of each happens about every 2½ years.
The earth and the sun always form a line. They are the end points of that line and therefore are always lined up.
During a lunar eclipse, the three bodies are lined up on the same straight line. The Earth is the one in the 'middle', but much much much closer to the moon than it is to the sun.
The straight-line distance is 1,030 miles (to the coastline of Puerto Rico). This is the true straight line distance which accounts for the curvature of the earth, NOT simply a straight line drawn on a map.
The question doesn't make much sense. The Earth is always"lined up" with the Sun, in the sense that you can always draw a line through two points.The question doesn't make much sense. The Earth is always"lined up" with the Sun, in the sense that you can always draw a line through two points.The question doesn't make much sense. The Earth is always"lined up" with the Sun, in the sense that you can always draw a line through two points.The question doesn't make much sense. The Earth is always"lined up" with the Sun, in the sense that you can always draw a line through two points.
Every Lunar Eclipse comes from the same place, when the sun, moon, and earth are lined up in a straight line. So the first Lunar Eclipse is no different from the others.
The straight-line distance is 1885.7 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map.
The straight-line distance is 1,210 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map.
The straight-line distance is 8313.8 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map.
The straight-line distance is 9765.6 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map.