For College Basketball in the United States, the 3 point line is scheduled to be extended from 19' 9'' to 20' 9'' in the 2008-09 season.
The line ( y = 3 ) is a horizontal line. The distance from the point ( (5, 4) ) to this line can be found by calculating the vertical distance between the point and the line. Since the y-coordinate of the point is 4 and the line is at ( y = 3 ), the distance is ( |4 - 3| = 1 ). Therefore, the distance from the point ( (5, 4) ) to the line ( y = 3 ) is 1 unit.
The official distance of the NBA 3-point line is 23 feet 9 inches from the basket.
To find point A', which is the transformed point, you first determine the distance from point A (3, 4) to the line x = 2. The distance is the horizontal distance, which is |3 - 2| = 1 unit. Since point A' must be the same distance from the line, it can be located either at (1, 4) or (5, 4), depending on whether it is to the left or right of the line x = 2.
If you're trying to ask "What is the distance from the 3-point line to the goal?" it's around 20 feet.
8900 metres
The distance is 20.9 feet.
The distance is 2, along the x-value line x=3 i.e. (3, y).
Free throw line extended but behind the 3 point arch.
like 3 feet
It's the middle point of line. Hardly! How far would that be from a point 3/4 way along the line? Try centre of a circle, or of a sphere.
There is not a standard distance for the 3 point line because the court size is not mandated, Many times, they play on half of a regulation sized court, so in these cases, the 3 point line would be approximately half the distance as in regulation basketball.
The corner 3-point line on a standard NBA basketball court is 22 feet from the basket. In college basketball, the distance is slightly shorter at 21.7 feet. The line is positioned at an angle, with the distance to the basket increasing further from the corners.