Raggs, ltd. a clothing firm, determines that in order to sell x suits, the price per suit must be p=140-0.5x. it also determines that the total cost of producing x suits is given by c(x) = 2000 +0.75x^2

a) find the total revenue, r(x)
b) find the total profit, p (x)
c) how many suits must the company produce and sell in order to maximize profit?
d) what is the maximum profit?
e) what price per suit must be charged in order to maximize profit?

(a) The total revenue is

(b) The total profit is

(c) The profit is maximized when 56 suits are produced and sold.

(d) The maximum profit is $1920

(e) The price per unit needed to make the maximum profit is

Step-by-step explanation:

From the information given we know:

(a) The total revenue is R(x) = (Numbers of units) x (Price per unit)

(b) The total profit is P(x) = Total revenue - Total cost

(c) To find the maximum value of P(x) we need to find the derivative P'(x)

Next, we need to find all critical points P'(x) = 0

Use the second derivative test to determine whether we have an absolute maximum because f(c) is the absolute maximum value if f''(c) < 0.

Thus, P''(56) is negative, and so profit is maximized when 56 suits are

produced and sold.

(d) The maximum profit is given by

The clothing firm makes a maximum profit of $1920 by producing

and selling 56 suits.

(e) The price per unit needed to make the maximum profit is

if im undersanding the question correctly, its organized from 10

step-by-step explanation:

168

step-by-step explanation:

first off, we know that he drove 3.5 hours at a rate of 48 mph.

knowing that, we want to see how many miles he drove all-together.

in this case, we can just multiply 48 by 3.5.

48 * 3.5 = 168