Given:
EFGH is a square.
To find:
The .
Solution:
We know that all interior angles of a square are right angles.
(Right angle)
The diagonals of square are always the angle bisectors.
FH is a diagonal of the square. So, it bisects the angle EHG.
Therefore, the measure of angle FHG is 45 degrees.
There is no point of intersection between line u and line v.
Given that
These points on line u and line v.
Line u: (9, –8), (5, 4)
Line v: (4, 2), (7, –7)
We have to determine
How many points of intersection are there between line u and line v?
According to the question
To determine the point of intersection follows all the steps given below.
Line u: (9, –8), (5, 4)
The slope of the line u is,
And the value of c is at point (5, 4) is,
The equation of u is y = -3x + 19.
And
Line v: (4, 2), (7, -7)
The slope of line V is,
And the value of c is at point (4, 2) is,
The equation of u is y = -3x + 14.
The slopes of them are equal and their y-intercepted are not equal.
Line u is parallel to line v.
Hence, there is no point of intersection between line u and line v.
To know more about Slope click the link given below.