Question
DuocUC 2) The cost C, in pesos, for the production of x meters of a certain fabric can be calculated through the function: (x+185) C(x)=81300-6x+ 20000 a) It is known that C(90) 5.344. Interpret this result. (2 points) b) Calculate C'(x) (2 points) 3 x²+111x-0.87 20000 2000 c) Function C calculates the cost while producing a maximum of 500 meters of fabric. Determine the values of x at which the cost of production is increasing and the values of x at which the cost is decreasing. (3 points) d) If a maximum of 500 meters of fabric are produced, what is the minimum production cost? (
189
likes945 views
Answer to a math question DuocUC 2) The cost C, in pesos, for the production of x meters of a certain fabric can be calculated through the function: (x+185) C(x)=81300-6x+ 20000 a) It is known that C(90) 5.344. Interpret this result. (2 points) b) Calculate C'(x) (2 points) 3 x²+111x-0.87 20000 2000 c) Function C calculates the cost while producing a maximum of 500 meters of fabric. Determine the values of x at which the cost of production is increasing and the values of x at which the cost is decreasing. (3 points) d) If a maximum of 500 meters of fabric are produced, what is the minimum production cost? (
Jett
4.797 Answers
a) To interpret the result C(90) = 5,344, we substitute x=90 into the equation C(x) = 81300 - 6x + 20000:
C(90) = 81300 - 6(90) + 20000
= 81300 - 540 + 20000
= 81800 - 540
= 81260
The result C(90) = 5,344 means that the cost for producing 90 meters of fabric is 5,344 pesos.
Answer: The cost for producing 90 meters of fabric is 5,344 pesos.
b) To calculate C'(x), we differentiate the function C(x) = 81300 - 6x + 20000 with respect to x:
C'(x) = -6
Answer: C'(x) = -6
c) To determine the values of x at which the cost of production is increasing or decreasing for C(x) with a maximum of 500 meters of fabric, we need to analyze the sign of C'(x).
Since C'(x) is constant and equal to -6, it is always negative. Therefore, the cost of production is always decreasing for C(x) with a maximum of 500 meters of fabric.
Answer: The cost of production is always decreasing for C(x) with a maximum of 500 meters of fabric.
d) To find the minimum production cost when a maximum of 500 meters of fabric is produced, we substitute x=500 into the equation C(x) = 81300 - 6x + 20000:
C(500) = 81300 - 6(500) + 20000
= 81300 - 3000 + 20000
= 98300 - 3000
= 95300
The minimum production cost when a maximum of 500 meters of fabric is produced is 95,300 pesos.
Answer: The minimum production cost when a maximum of 500 meters of fabric is produced is 95,300 pesos.
C(90) = 81300 - 6(90) + 20000
= 81300 - 540 + 20000
= 81800 - 540
= 81260
The result C(90) = 5,344 means that the cost for producing 90 meters of fabric is 5,344 pesos.
Answer: The cost for producing 90 meters of fabric is 5,344 pesos.
b) To calculate C'(x), we differentiate the function C(x) = 81300 - 6x + 20000 with respect to x:
C'(x) = -6
Answer: C'(x) = -6
c) To determine the values of x at which the cost of production is increasing or decreasing for C(x) with a maximum of 500 meters of fabric, we need to analyze the sign of C'(x).
Since C'(x) is constant and equal to -6, it is always negative. Therefore, the cost of production is always decreasing for C(x) with a maximum of 500 meters of fabric.
Answer: The cost of production is always decreasing for C(x) with a maximum of 500 meters of fabric.
d) To find the minimum production cost when a maximum of 500 meters of fabric is produced, we substitute x=500 into the equation C(x) = 81300 - 6x + 20000:
C(500) = 81300 - 6(500) + 20000
= 81300 - 3000 + 20000
= 98300 - 3000
= 95300
The minimum production cost when a maximum of 500 meters of fabric is produced is 95,300 pesos.
Answer: The minimum production cost when a maximum of 500 meters of fabric is produced is 95,300 pesos.
Frequently asked questions (FAQs)
What is the domain of the trigonometric function tan(x) when x ranges from -∞ to +∞?
+
Sin(A) = 0.5, A ∈ [0, 2π]. What is the other solution in the domain for A?
+
What is the basis of a vector space over the field F, represented by B?
+
New questions in Mathematics