To solve this equation, we need a point where the perpendicular line and the y=2x-3 line will meet. So let's say the equation is still y=2x-3 and a point on this line is (2,1). The slope of the perpendicular line will always be the slope of y=2x-3 (the slope = 2) times it's reciprocal which should also be negative (-1/2). Now we know that the slope for the line perpendicular to y=2x-3 is -1/2. To find the equation of the perpendicular line, we need to use the point-slope formula
[y - y1 = m(x - x1)]. To solve this formula we need the slope of the perpendicular line ( -1/2) and the point (2,1). y-1 = -1/2(x-2) becomes y = -1/2x+2 is the equation for the line that is perpendicular to y=2x-3. Hope this helps :)
2x3 + 4 = 17 2x3 = 13 x3 = 13 / 2 x = (13 / 2)1/3 x = 521/3 / 2
4 equals 2x2, 6 equals 2x3
The equation is 2(x) +3= 9. X would equal 3. The equation would now look like this, 2x3+3=9.
If x = -7, then x3 = -343 so that 2x3 = -686 y = 2 then 15 y = 30 So 2x3 + 15y = -686 + 30 = -656
5-2x3=9
your equation is this... 2x3 + 11x = 6x 2x3 + 5x = 0 x(2x2 + 5) = 0 x = 0 and (5/2)i and -(5/2)i
2x3 + 4 = 17 2x3 = 13 x3 = 13 / 2 x = (13 / 2)1/3 x = 521/3 / 2
4 equals 2x2, 6 equals 2x3
The equation is 2(x) +3= 9. X would equal 3. The equation would now look like this, 2x3+3=9.
Not necessarily.
If x = -7, then x3 = -343 so that 2x3 = -686 y = 2 then 15 y = 30 So 2x3 + 15y = -686 + 30 = -656
The multiples of 6 are: 6x1 and 2x3.
(2x3)+(3x5)-(3x2)= 2x3=6 3x5=15 3x2=6 So..... 6x25-6= 6x25=150 150+6=156
5-2x3=9
x = -7, y = 2 ⇒ 2x3 + 15y = 2 x (-7)3 + 15 x 2 = 2 x (-343) + 15 x 2 = -656
4+4+4and 6+6+0 and 2x3+6
9 is the correct answer due to order of operations. Other answers are incorrect.