Funny, this looks like a complex graph, until you realize that the numerator can be written like (x+3)(x-9).
So really, this is a straight line f(x) = x-9.
But wait, there's a catch. x≠3, because that would divide by zero. So in your straight line, you have to draw a "hole" at (3,6)
Answer: For number 3 it's 8 for number 5 is 32.
Step-by-step explanation: Remember length times width times height (L*W*H) is the rule to find the area of a cuadrilateral
I need more information on this problem.
Answer:
$11,000
Step-by-step explanation:
275,000×4% = 11,000
The value of x is 10 and y is 20.
Solution:
<em>Sum of the adjacent angles in a straight line = 180</em>
⇒ 7x° + 90° + 20° = 180°
⇒ 7x° + 110° = 180°
Subtract 110° from both sides.
⇒ 7x° = 70°
Divide by 7 on both sides.
⇒ x° = 10°
In the image, 90° and (5x° + 2y°) are vertically opposite anlges.
<em>If two lines are intersecting, then vertically opposite angles are equal.</em>
⇒ (5x° + 2y°) = 90°
⇒ 5(10°) + 2y° = 90°
⇒ 50° + 2y° = 90°
Subtract 50° from both sides.
⇒ 2y° = 40°
Divide by 2 on both sides.
⇒ y° = 20°
Hence the value of x is 10 and y is 20.