Here is my answer. Let just give assumptions. For example,the relationship is linear.Therefore the slope, "m," is the same throughout.
Let us make patrons the independent variable, the two points are: (1314, 11333) and (1544, 13518).
m = (13518-11333)/(1544-1314)
m = 9.5
profit = 9.5 patrons (you pick the variable names)
For 1 more patron substitute 1:
profit = 9.5 (1)
profit = 9.5
Isolate "patrons" and you get the function based on profit:
patrons = profit/9.5
The break even point is for 0 < profit.
0 < profit = 9.5 patrons
0 < 9.5 patrons
0 < patron
Answer:
f(8)=57, f(-4)=21, and f(0)=1
Step-by-step explanation:
f(8)=8^2-8+1
f(8)=64-7
f(8)=57
f(-4)=(-4)^2-(-4)+1
f(-4)=16+5
f(-4)=21
f(0)=0^2-0+1
f(0)=0+1
f(0)=1
Answer:
The area of the small side is 11
Step-by-step explanation:
Using the pythagorean theorem
The area is represented by a^2, b^2 and c^2
a^2 + b^2 = c^2
? + 33 = 44
Subtract 33 from each side
? = 44-33
? = 11
She can make 2 cheese cakes with the amount of cream cheese she has
Answer:
option c
Step-by-step explanation:
just i cant explain but i know it