Well, let's imagine a peaceful little point at coordinates -3, 4. To find its distance from the x-axis, we just need to look at how far up or down it is. Since the point is 4 units above the x-axis, that's its distance. Just a happy little calculation to show how everything has its place in the world.
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The unclear information given suggests that the coordinate is (-4, 0)
move to the left or right of the y- axis the given distance. place points there. move up any distance. then move to the left or right of the y- axis the given distance. place points there. now you have 4 points
Circle equation: x^2 +y^2 -2x -6y +5 = 0 Completing the squares: (x-1)^2 +(y-3)^2 = 5 Centre of circle: (1, 3) Tangent line meets the x-axis at: (0, 5) Distance from (0, 5) to (1, 3) = 5 units using the distance formula
The answer depends on the coordinates of the point that you wish to get to. If it is (3, -4), then NO, but if it is (3, 4) then YES.
Let us consider a point (3,4). Now, the number written first is the x-coordinate and the next number is the y-coordinate. The x-axis of a graph is the horizontal line and the y-axis is the vertical line. the x-coordinates are plotted taking the x-axis for reference and the y-coordinates are plotted taking the y-axis as reference. So now, if we have the point (3,4) then we see the x-axis to see where the x-coordinate is. We have 3 as x-coordinate. Just keep a mental note of where the "3" is on the x-axis. then see the y-xis and try to find out where the y-coordinate is (In this case, 4). daw a horizontal line from 4 in the y-axis and a vertical line from 3 in the x-axis. These two lines meet a point. this point is the point we had to plot i.e., (3,4). If you observe the graph so plotted, you will see that (3,4) is at a distance of 3 units from the origin along the x-axis and 4 units from the origin along the y-axis.