Let A = (-1, 7), B = (-3, -2) and C = (h, 0).
Then |AC| = |BC|
AC2 = BC2
so (h + 1)2 + (0 - 7)2 = (h + 3)2 + (0 + 2)2
or h2 + 2h + 1 + 49 = h2 + 6h + 9 + 4
so that 4h = 37
therefore h = 37/4 = 9.25
Further Information:
The outline is in the form of an isosceles triangle and the 1st answer is correct because the point (9.25, 0) is equidistant from the points (-1, 7) and (-2,-3)
The locus of points equidistant from lines y = 0 and x = 3 is the line y = -x + 3.
You can't. It is impossible to have five equidistant points on a sphere, with the exception of trivial cases (i.e. where the radius is 0 or when one or more points are equal).
A graph crosses the x-axis at points where the value of the function is zero, meaning the y-coordinate is zero (f(x) = 0). These points can be found by solving the equation of the function for when y = 0. The graph crosses the y-axis at the point where x is zero, which corresponds to the value of the function at that point (f(0)). Thus, the y-intercept is found by evaluating the function at x = 0.
you get 1 point for a draw. 0 points for a loss. and 3 points if you win.
All points in a plane do have a y-coordinate. Its value may be 'zero' ... if the point happens to lie on the x-axis ... but 'zero' is a perfectly good coordinate.If you want all points whose y-coordinate is not zero, then those are |y| > 0. (Absolute value of 'y' is greater than zero.)
The locus of points equidistant from lines y = 0 and x = 3 is the line y = -x + 3.
You can't. It is impossible to have five equidistant points on a sphere, with the exception of trivial cases (i.e. where the radius is 0 or when one or more points are equal).
If it's sugar free, it's no weight watchers points!
Any circle centered at the origin fits that description.
A graph crosses the x-axis at points where the value of the function is zero, meaning the y-coordinate is zero (f(x) = 0). These points can be found by solving the equation of the function for when y = 0. The graph crosses the y-axis at the point where x is zero, which corresponds to the value of the function at that point (f(0)). Thus, the y-intercept is found by evaluating the function at x = 0.
The equator is an imaginary line equidistant from the poles, and is the starting point or 0° in latitude.
It is the locus of points that are equidistant from a fixed point. In parametric, polar coordinate form, the points satisfy the equations: x = r*cos(t) y = r*sin(t) where r is a positive constant (the radius) and 0 ≤ t < 2*pi radians.
you get 1 point for a draw. 0 points for a loss. and 3 points if you win.
Z=10 points, I=1 point, G=2 points, blank (substitute for Z)=0, A=1 point, G=2 points. By adding the assigned value of each tiles, the total score is sixteen (16) points when spread on non-premium square.
The player who loses is given 0 points.
To get the value of a string in a pie chart in VB.NET, you typically use the Series collection of the chart control. First, ensure your data is added to the series as points, where each point has a corresponding label and value. You can then retrieve the string values using the Points collection of the series. For example, you can access a specific point's label with chart.Series("SeriesName").Points(index).AxisLabel and its value with chart.Series("SeriesName").Points(index).YValues(0).
Weight Watchers Winning Points® Value* = 0 Weight Watchers PointsPlus® Value* = 0 *