Answer:
The second answer
Step-by-step explanation:
P'Q'R' is simply rotating PQR 90 degrees, it does not change the angle that it makes
Answer:
180-38=142 the other angle is 142
Step-by-step explanation:
Answer: 1) 
2) see graph
3) Choose one color from the graph
4) D: x ≥ -4
R: y ≥ 0 for
or y ≤ 0 for
<u>Step-by-step explanation:</u>
1) To find the inverse, swap the x's and y's and solve for y:
Given: y = x² - 4
Swap: x = y² - 4
x + 4 = y²

2) see attachment. Red and Blue combined creates the graph of the inverse.
3) Choose either the positive (red graph) or the negative (blue graph).
red graph: 
blue graph: 
4) Domain reflects the x-values of the function. The x-values for the red graph is the same as the blue graph so the answer will be the same regardless of which equation you choose.
Domain: x ≥ 0
Range reflects the y-values of the function. The y-values differ between the positive and negative inverse functions. <em>Positive is above the x-axis. Negative is below the x-axis.</em>
Range (red graph): y ≥ 0 for 
Range (blue graph): y ≤ 0 for
The <em><u>correct answer</u></em> is:
An integer is divisible by 100 if its last two digits are zeros; and An integer's last two digits are zero if it is divisible by 100.
Explanation:
A biconditional is a statement made up of a true conditional and its converse. The converse of a conditional statement is formed by switching the hypothesis and the conclusion of the conditional.
The first statement in the biconditional is An integer is divisible by 100 if its last two digits are zeros. The converse of this would be An integer's last two digits are zeros if it is divisible by 100. Joining these using "if and only if" creates our biconditional.