Answer:
2261,9 cm³
Step-by-step explanation:
First, you need to find the area of the base:
A=36 cm²
Now let's multiply it for the height:
36π cm² × 20 cm = 720π cm³
= 2261,9 cm³
Use rounding or compatible numbers to estimate the sum 620+107
2 answers:
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Since these are all like terms, you're essentially just adding and subtracting here.
Add and
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Then, subtract.
Your answer is .
The integral that is needed to solve the demand function is R(x) = 599x - 0.14
A demand function describes the mathematical relationship between the quantity demanded and one or more determinants of the demand, as the price of the good or service, the price of complementary and substitute goods, disposable income, etc.
Here, given differential equation;
R'(x) = 599 - 0.21
we can also write this as;
On integrating both sides, we get
R(x) = + C
R(x) = 599x - 0.14 + C ...........(i)
Also given, at x = 0, R(x) = 0, Put these values in equation (i), we get
0 = 0 - 0 + C
C = 0
Put the value of C in equation (i), we get
R(x) = 599x - 0.14
Thus, the integral that is needed to solve the demand function is R(x) = 599x - 0.14
Learn more about Demand Function from:
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