Question: 5A) A total-revenue function is given by R(x) = 1300sqrt(x ^ 3 - 0.4x) where R(x) is the total revenue, in thousands of dollars, from

5A) A total-revenue function is given by
R(x) = 1300sqrt(x ^ 3 - 0.4x)
where R(x) is the total revenue, in thousands of dollars, from the sale of airplanes.Find the rate at which the total revenue is changing when 30 airplanes have been sold.
Round to two decimal places.
5A) A total-revenue function is given by R(x) = 1300sqrt(x ^ 3
5B) A total-cost function is given by
C(x) = 1100 * (x ^ 2 + 5) ^ (1/3) + 600
where C(x) is the total cost, in thousands of dollars, for the production of airplanes. Find the rate at which the total cost is changing when 21 airplanes have been sold
Round to two decimal places.
- 0.4x) where R(x) is the total revenue, in thousands of dollars,
PLEASE HELP ASAP
thank you~

A total-revenue function is given by R(x)=1300x20.4x where R(x) is the total revenue, in thousands of dollars, from the sale of x airplanes. Find the rate at which the total revenue is changing when 30 airplanes have been sold. dollars per airplane Round to two decimal places. A total-cost function is given by C(x)=1100(x2+5)1/3+600 where C(x) is the total cost, in thousands of dollars, for the production of x airplanes. Find the rate at which the total cost is changing when 21 airplanes have been sold. dollars per airplane Round to two decimal places

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