Answer:
{y | y = 9, 0, - 7, - 1}
Step-by-step explanation:
Range = y coordinates = {y | y = 9, 0, - 7, - 1}
Answer:
<u>Option B. Side YZ is the same length as side Y'X'.</u>
Step-by-step explanation:
At first the image is for the given question
The true graph is the attached figure.
As shown at the attached figure.
XYZ is reflected across the y-axis and then translated down 6 units to form X'Y'Z'.
So, X' is the image of point X
Y' is the image of point Y
Z' is the image of point Z
And ΔXYZ ≅ ΔX'YΔ'Z'
And the corresponding length are congruent.
We will check the options:
A. X has the same measure as X'. ⇒ True
B. Side YZ is the same length as side Y'X'. ⇒ Wrong
Because YZ will be translated to Y'Z'
C. Z has the same measure as Z'. ⇒ True
D. Side XZ is the same length as side X'Z'. ⇒ True
<u>So, The answer is option B. Side YZ is the same length as side Y'X'.</u>
Answer:
No, the note papers will not fit the gift box.
Step-by-step explanation:
Given that:
Volume of the gift box = 64 
Length, width and height of the box all are equal to
inches.
Dimensions of note papers = 6 inch by 6 inch
To determine:
Whether the note papers will fit the bottom of the box?
Solution:
Here, we need to find the dimensions of the gift box first.
If the dimensions of gift box are greater than or equal to the dimensions of the note papers, only then the papers will fit into the box.
As per the given question statement, the gift box is in the form of a cube.
Formula for volume of a cube is given as:

Side is given equal to
inches.

Dimensions of the box are lesser than that of the note papers.
Therefore, <em>the note papers will not fit into the gift box</em>.