Answer:
A. 1.9
B. 3.5
C. 4.2
D. 4.9
I'M KINDA SURE
Step-by-step explanation:
Those images aren't good enough, I can't really get a good look. Basically, if there are nine little lines between each whole number, then each little line represents a tenth of a whole number, or 0.1. If there are four little lines between each whole number, then each little lines is 0.2. So, you just count up from the whole number below the value. For A, start at 1.0 and count up, each little line is 0.1 (if there are nine lines between each whole number), and figure out where A lies. Hope it helped, wish I could give a definite answer.
We have to find the transformation that maps preimage ABCD to A" B" C"D" .
First there is a reflection across x axis to get A'B'C'D'.
And then there is a translation of 6 units to the left and 1 unit up .
And after doing so, we will get A"B"C"D".
So out of the four options, correct option is the first option.
Answer: 11 minutes.
Explanation: 385 words: (385/140) x 4 = 11 minutes
Answer:
The minimum is -5
The range is 
f(14) = 2739
Step-by-step explanation:
Given

Solving (a): The minimum
A quadratic function is represented as:

If a > 0, then the function has a minimum
By comparison
--- the function has a minimum


To calculate the minimum, we first calculate the following is calculated as:

So, we have:


So, the minimum is at f(m)
We have: 


Solving (b): The range
In (a), we have:
--- the minimum
This implies that the smallest value of y on the graph is -5.
So, the range is:

Solving (c): f(14)
We have:

So:


Answer:
XY is the correct answer
because area = length X width