Answer:
Expanded Notation Form:
8,000,000,000
+ 0
+ 60,000,000
+ 9,000,000
+ 900,000
+ 60,000
+ 0
+ 600
+ 90
+ 9
Expanded Factors Form:
8 × 1,000,000,000
+ 0 × 100,000,000
+ 6 × 10,000,000
+ 9 × 1,000,000
+ 9 × 100,000
+ 6 × 10,000
+ 0 × 1,000
+ 6 × 100
+ 9 × 10
+ 9 × 1
Expanded Exponential Form:
8 × 10^9
+ 0 × 10^8
+ 6 × 10^7
+ 9 × 10^6
+ 9 × 10^5
+ 6 × 10^4
+ 0 × 10^3
+ 6 × 10^2
+ 9 × 10^1
+ 9 × 10^0
Word Form:
eight billion sixty-nine million nine hundred sixty thousand six hundred ninety-nine
Step-by-step explanation:
We are given the functions:
<span>S (p) = 40 + 0.008 p^3 --->
1</span>
<span>D (p) = 200 – 0.16 p^2 --->
2</span>
T o find for the price in which the price of supply equals
demand, all we have to do is to equate the two equations, equation 1 and 2, and
calculate for the value of p, therefore:
S (p) = D (p)
40 + 0.008 p^3 = 200 – 0.16 p^2
0.008 p^3 + 0.16 p^2 = 160
p^3 + 20 p^2 = 20,000
p^3 + 20 p^2 – 20,000 = 0
Calculating for the roots using the calculator gives us:
p = 21.86, -20.93±21.84i
Since price cannot be imaginary therefore:
p = 21.86
So,
"double 2"
2(2)
"add 5"
+ 5
Therefore, the whole expression would be:
2(2) + 5
If you wanted to evaluate it, it would come out like this.
4 + 5
9
