The line that comes closest can go through the point and so it is simply a line through the point. Given one or two points you can always draw a straight line that goes through them.
The issue becomes more interesting when you have three or more points. You need to make some assumptions regarding the shape of the line: is it a straight line, a quadratic curve, an exponential growth or decay, something else.
Next you need to decide what measure you wish to minimise: the absolute vertical distances between the line and the points, the absolute horizontal distances or the absolute perpendicular distances. Or would you rather work with squared distances? Each one of these choices will give rise to a different line and the line that minimises the chosen measure may not pass through a single point.
So, a line that comes closest to the point may not be a particularly "good" line. A "good" line is called a "line of best fit". The most popular measure for minimising is the square of the vertical distance between the line and the point and the resulting line is called the "least squares regression line".
Line of best fit
"Line of best fit"
8.31 comes closest.
compass
An antecedent variable is one that comes before the dependent variable. They stand by themselves, thus are independent.
line of best fit
Line of best fit
"Line of best fit"
when a water comes out from nozzle and moves straight forward are called jet of water.
The rocket launcher that shoots straight up in the air and comes down vertically on a enemy or target is called a Javelin.
If you're referring to the orbit of the Earth around the Sun, the closest point is called the perihelion and it usually comes between the 2nd and 4th of January each year.
The closest she comes is in a scene aboard a train from a movie called "House of Cards."
They reflect and scatter visible light that comes from an external source.
The distance between the planets can even vary at different oppositions. The closest possible opposition distance between Earth and Venus is 38 million kilometers. This is the closest that any planet comes to Earth. (The point when the planets are at their closest approach to each other is called opposition).
The point of farthest excursion is called the apoapsis, with the closest approach being called the periapsis or pericentre, though for different bodies, unique derivitive terms are used. For example, when we talk of object in orbit about the Earth we use perigee and apogee for closest and furthest positions. When we are talking about objects in orbit around the sun, such as the planets, we use perihelion and aphelion for closest and furthest approches.
The point of farthest excursion is called the apoapsis, with the closest approach being called the periapsis or pericentre, though for different bodies, unique derivitive terms are used. For example, when we talk of object in orbit about the Earth we use perigee and apogee for closest and furthest positions. When we are talking about objects in orbit around the sun, such as the planets, we use perihelion and aphelion for closest and furthest approches.
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