A quadratic is an expression of the form ax²+bx+c.
If the quadratic is in the perfect square form, it could be factored to look something like this:
(x+a)² or (x-a)²
Both of the above forms have one solution, that is "-a" and "a" respectively.
So if your quadratic equation is of the form:
(x±a)² = b, where b > 0
You can solve for "x" by taking the square root of both sides and getting 2 solutions -- ±a±√b.
And if your quadratic equation is of the form:
(x±a)² = b, where b < 0
Then when you try taking the square root of both sides, you will have to take the square root of a negative number, which means you will not get a real solution. Therefore, there will be zero solutions.
And finally if your quadratic equation is of the form:
(x±a)² = b, where b = 0
Then you will have one solution -- ±a.
Hope that helps!
To solve this problem you must apply the proccedure shown below:
1. You must multiply the coordinates of 
by the scale factor given in the problem above. Therefore, you have that the coordinates of 
are:
2. The midpoint of has the folllowing coordinates:
3. The center of dilation is a fixed point, with coordinates 
. Therefore, the distance from the center of dilation to the midpoint of 
is:
The answer is the option C: 
Answer to number 16 is 27 and 17 is 2
From my work, i got 4x+$1.50=48 I hope it helps you.
if i got it wrong please forgive me! also if it is Okie with you, Can i please have brainliest? Thank you!
Answer:
22
Step-by-step explanation:
11 x 2 = 22
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