I believe they have Negative Slopes as stated by my Geometry Book. "Perpendicular Lines Have Slopes Which Are Negative ___"
perpendiculars("Opposite" is a pretty arbitrary condition in math. The slopes are negative reciprocals.)and by negative that person means the opposite of what it is already, negative or positive, it's not always negative
Yes, as long as the negative slopes are both equal.
If you have two lines that have negative recipricals (1 and -1 for example), the lines are perpendicular.
The slopes are negative reciprocals.
If the lines are perpendicular, their slopes are negative reciprocals.If the lines are perpendicular, their slopes are negative reciprocals.If the lines are perpendicular, their slopes are negative reciprocals.If the lines are perpendicular, their slopes are negative reciprocals.
Negative reciprocal slopes always represent perpendicular lines.
negative reciprocal slopes ---> the lines are perpendicular equal slopes ---> the lines are parallel
I believe they have Negative Slopes as stated by my Geometry Book. "Perpendicular Lines Have Slopes Which Are Negative ___"
perpendiculars("Opposite" is a pretty arbitrary condition in math. The slopes are negative reciprocals.)and by negative that person means the opposite of what it is already, negative or positive, it's not always negative
Yes, as long as the negative slopes are both equal.
If you have two lines that have negative recipricals (1 and -1 for example), the lines are perpendicular.
Are perpendicular.
The slopes are negative reciprocals.
negative reciprocals of each other
Negative reciprocals of one another.
-1