Answer:
y = 16
Step-by-step explanation:
2y + 3 = 4y - 29
2y - 4y = - 29 - 3
2y - 4y = - 29 - 3
- 2y = - 32
-y = -32/2
-y = -16
y = 16
According to BODMAS rule...
We would first solve...
Bracket i.e.(4+7)
If it is perpendicular to the line 14x-7y=4, then we know our line has the opposite and inverse slope of that line. Solving for y of the first line, we get y=2x-(4/7). All we care about is the coefficient of the x term, because that will give us our slope. The slope of the first line is 2, so the slope of out line is the opposite and inverse of that slope, which -(1/2).
Plugging into our slope- point formula, where y1=(-9), x1=2, and m=(-1/2), then:
y-(-9)=(-1/2)(x-2)
y+9=(-1/2)x+1
y=(-1/2)x-8
Hope this helps!
<span>To isolate the variable, we must reverse the operations acting on the variable. We do this by performing the inverse of each operation on both sides of the equation. </span>
