To reflect a point over the line ( y = x ), you swap the coordinates of the point. For example, if the original point is ( (a, b) ), its reflection over ( y = x ) will be ( (b, a) ). This process applies to any shape or set of points by reflecting each point individually.
5/4
It is a linear relationship between x and y.
yes, change in y over change in x equals slope
To reflect a point or a shape over the y-axis, you change the sign of the x-coordinate while keeping the y-coordinate the same. For example, if a point is located at (x, y), its reflection over the y-axis will be at (-x, y). This process effectively flips the shape or point horizontally across the y-axis.
x = yz/(y - z)
You switch the x and y coordinates of the line. In other words, (x,y) ---> (y,x). I hope this helps! :)
substitute x = y and y = -x Ex: y = x2 becomes -x = y2
(-2,3) reflected over y = x is (3,-2) (400,-2) reflected over y = x is (-2,400) All you do is switch the ordered pair.
It equals n(x+y) / x*y.
you put it at a 90 degree angle
5/4
It is a linear relationship between x and y.
yes, change in y over change in x equals slope
T/y = x/wMultiply each side by 'x':Tw/y = x
x = yz/(y - z)
x=y is the diagonal line which runs through 0,0 so all you have to do is reflect the triangle on the diagonal line. hop that helps :)
x=4, y=3