Original points are:
x = (3, -1); y = (4,-4); z = (1,-2).
A reflection across the line y = 1 (a line parallel to the y-axis) will keep the same x-coordinates and will move the y-coordinate upward as many units above the line y = 1 as units are from the line y = 1 to the y-coordinate of the original point.
Distance of (3,-1) to the line y = 1 is 1 - (-1) = 2 => new y-coordinate = 1 + 2 = 3.
<span>So, the answer is that the ordered pair ox x' is (3,3)</span>
FAB=75 BAC=105 I hope this helps
Answer:
Floating point(Decimal) is 0.1
Fraction is
<h3>This is because...</h3>
10^-1 is going to be 0.1 in this case. This is because 10^-1 is the same as , which is the same as , because anything times 1 remains the same.
is the same as 0.1
We get a 2-in-1 answer, which is perfect for this scenario!
Hence, the correct answers are and 0.1
Answer:
Below in bold.
Step-by-step explanation:
Standard form is Ax + By = C
where A, B and C are integers and A must be positive.
So the first 2 are already in standard form but the last 2 can be converted to standard form by multiplying each term by -1:
-12x+3y=27
= -1*-12x + -1*3y = -1*27
12x - 3y = -27 is the answer.
The last one is:
24x + 12y = -60.
This answer to the problem is f (x) =-15/2x^2 + 5x +C