For the line 2x + y = 8 , the slope equals ( -2 ) so the required slope of the line which is perpendicular to it is equal to (+1/2 )
The second equation works out as y = -1/2x+6 therefore it is perpendicular
The lines are mutually perpendicular.
If the second equation is: y minus 2x equals 3, then:y - 2x = 3 ⇒ y = 2x + 3 and it is parallel to y = 2x.Otherwise (with with missing operator as "plus", "multiply" or "divide"), the lines are neither parallel nor perpendicular.
X equals 2 :)
For the line 2x + y = 8 , the slope equals ( -2 ) so the required slope of the line which is perpendicular to it is equal to (+1/2 )
No but y = -1/2x+3 is perpendicular to y = 2x+6
The second equation works out as y = -1/2x+6 therefore it is perpendicular
The lines are mutually perpendicular.
The slope of the perpendicular is -(1/2) .
If the second equation is: y minus 2x equals 3, then:y - 2x = 3 ⇒ y = 2x + 3 and it is parallel to y = 2x.Otherwise (with with missing operator as "plus", "multiply" or "divide"), the lines are neither parallel nor perpendicular.
X equals 2 :)
They are both parallel because the slope or gradient is the same but the y intercept is different.
Perpendicular to 2x - 3y = 8 through the point ( 2, 1 ) (Perpendicular means the slopes are negative inverses of each other) 3x+2y = 8
If: 12 = 2y+x then y = -1/2x+6 So: y = 2x+4 and y = -1/2x+6 which means that they are perpendicular lines
It equals to the equation of a straight line.
It is not one, but they are two perpendicular lines.