Answer:
1047 m = c
Step-by-step explanation:
Given : Mr.kelly pays $12,564 a year for rent. His rent is a constant amount each month.
To Find:Which equation represents the amount he pays her month if m=months and c=total rent paid for the year?
Solution :
Since he pays for a year (12 months) = $12,564
Since His rent is a constant amount each month.
He pays for one month = 
Thus the amount he pays per month $1047
If he pays for m months then the total amount(c) of rent for m months
⇒1047 m = c
Hence equation represents the amount he pays her month if m=months and c=total rent paid for the year: 1047 m = c
Answer:
The better buy is the Grandma's Cookies
Step-by-step explanation:
<em>Grandma's Cookies</em>
30 divided by 14.75 = 2.033898305
<em>Sweet Treats</em>
25 divided by 10.75 = 2.325581395
Hope this helps! :D
Answer:
Side length and perimeter of 1 face
Area of 1 face and surface area
Step-by-step explanation:
Suppose you are given cube with side length of x units.
Then
Side length = x units
Perimeter = 4x units
Area of 1 face 
square units
Surface area 
square units
Volume 
cubic units
A linear relationship is any equation that, when graphed, gives you a straight line.
Consider all options:
A. Side length and perimeter of 1 face is a linear relationship, because the graph of the function 
is a straight line.
B. Perimeter of 1 face and area of 1 face is not a linear relationship, because the graph of this relationship is a quadratic parabola with equation 
.
C. Surface area and volume is not a linear relationship, because the graph of this relationship is a curve with equation 
.
D. Area of 1 face and surface area is a linear relationship, because the graph of the function is a straight line.
E. Side length and volume is not a linear relationship, because the graph of this relationship is a cubic parabola with equation 
.
<em>8gh x 2g2 x 3h</em>
<em>Simplified is 8 · 3 gghhxx ·2 · 2 </em>
<em>and can also be:</em>
<em>8ghx · 2g · 2x · 3h </em>
<em>24g ₁ ₊ ₁ h ₁ ₊ ₁ x ₁ ₊ ₁ · 2 ₁ ₊ ₁</em>
5
Step-by-step explanation:
