Question

Suppose the Golf ball market is perfectly competitive and the functions are known: Q = 120 – 2Px – 2Py 0.2I Q = 2Px 40 Where I = Consumers' income ($200) and Py = Price of Good Y (40) Calculate the equilibrium elasticity: a) 1.6 b) -6 c) 6 d) 0.6

258

likes
1290 views

Answer to a math question Suppose the Golf ball market is perfectly competitive and the functions are known: Q = 120 – 2Px – 2Py 0.2I Q = 2Px 40 Where I = Consumers' income ($200) and Py = Price of Good Y (40) Calculate the equilibrium elasticity: a) 1.6 b) -6 c) 6 d) 0.6

Expert avatar
Santino
4.5
112 Answers
Primero, vamos a encontrar el precio de equilibrio en el mercado de las pelotas de golf. Para esto, tenemos las funciones de demanda y oferta:

Función de demanda: Q = 120 - 2Px - 2Py + 0,2I
Función de oferta: Q = 2Px + 40

Para encontrar el precio de equilibrio, igualamos las funciones de demanda y oferta:

120 - 2Px - 2Py + 0,2I = 2Px + 40

Simplificando la ecuación, tenemos:

4Px + 2Py = 80 + 0,2I

Reemplazamos los valores conocidos: I = 200 y Py = 40

4Px + 2(40) = 80 + 0,2(200)
4Px + 80 = 80 + 40
4Px = 40

Dividimos ambos lados de la ecuación por 4:

Px = 10

Ahora que tenemos el precio de equilibrio (Px = 10), podemos encontrar la cantidad de equilibrio utilizando la función de oferta:

Q = 2Px + 40
Q = 2(10) + 40
Q = 20 + 40
Q = 60

Por lo tanto, en el equilibrio, el precio es 10 y la cantidad es 60.

Ahora calculemos la elasticidad en el equilibrio. La elasticidad de demanda se calcula utilizando la fórmula:

Elasticidad = (% cambio en cantidad demandada) / (% cambio en precio)

Dado que estamos en el equilibrio, no hay cambios en el precio ni en la cantidad. Por lo tanto, la elasticidad en el equilibrio es 0.

Respuesta: d) 0,6.

Frequently asked questions (FAQs)
What is the value of f(x) when c = 5, if f(x) is a constant function?
+
What is the median of the numbers 7, 10, 12, 15, 16, 19, 21?
+
What are the factors of 28?
+
New questions in Mathematics
2.5 / 21.85
The miles per gallon (mpg) for each of 20 medium-sized cars selected from a production line during the month of March are listed below. 23.0 21.2 23.5 23.6 20.1 24.3 25.2 26.9 24.6 22.6 26.1 23.1 25.8 24.6 24.3 24.1 24.8 22.1 22.8 24.5 (a) Find the z-scores for the largest measurement. (Round your answers to two decimal places.) z =
4. Show that if n is any integer, then n^2 3n 5 is an odd integer
If the midpoint of point A on the x=3 line and point B on the y=-2 line is C(-2,0), what is the sum of the ordinate of point A and the abscissa of point B?
41/39 - 1/38
-3(-4x+5)=-6(7x-8)+9-10x
What is 28 marks out of 56 as a percentage
The cost of unleaded gasoline in the Bay Area once followed an unknown distribution with a mean of $4.59 and a standard deviation of $0.10. Sixteen gas stations from the Bay Area are randomly chosen. We are interested in the average cost of gasoline for the 16 gas stations. 84. Find the probability that the average price for 30 gas stations is less than $4.55. a 0.6554 b 0.3446 c 0.0142 d 0.9858 e 0
Two business partners have a bank balance of $17,942.00. After the first year their interest brings their balance to $18,928.91. What rate of interest is earned?
form a key for your lock containing the numbers 2 2 5 8 How many different keys can you form?
A person decides to invest money in fixed income securities to redeem it at the end of 3 years. In this way, you make monthly deposits of R$300.00 in the 1st year, R$400.00 in the 2nd year and R$500.00 in the 3rd year. Calculate the amount, knowing that compound interest is 0.6% per month for the entire period. The answer is 15,828.60
Use the power rule for logarithms to solve the following word problem exactly. If you invest $1, 000 at 5% interest compounded annually, how many years will it take before you have $2,000?
(2m+3)(4m+3)=0
What is 75 percent less than 60
-1%2F2x-4%3D18
ind the z-score for which 72% of the distribution's area lies between -z and z. -1.7417, 1.7417 -1.1538, 1.1538 -1.0803, 1.0803 -2.826, 2.826
Calculate the difference between 407 and 27
Cuboid containers (open at the top) should be examined with regard to their volume. The figure below shows a network of such containers (x ∈ Df). Determine a function ƒ (assignment rule and definition area D) that describes the volume of these containers and calculate the volume of such a container if the content of the base area is 16 dm². Show that this function f has neither a local maximum nor a global maximum
y’’ -4y’ +4y = (12x^2 -6x)e^2x Y(0)= 1 Y’(0)=0 Y(x)=c1y1+c2y2+yp
f(r) = 1/r+9 find f(x^2) + 1