Use the data in Problem 2 to work Problem 5 a. Use a graph to illustrate the producer surplus ge

Use the data in Problem 2 to work Problem 5 a. Use a graph...

Key Concepts

Market Competition Effects

Market competition effects refer to the changes in output, pricing, and profits that occur when new competitors enter an industry. Increased competition typically forces existing producers to adjust their quantity supplied and pricing strategies, often resulting in lower prices and reduced profit margins. This concept is essential to understand as it highlights the dynamic nature of competitive markets and the pressures firms face to remain efficient and innovative.

Production Efficiency

Production efficiency, in an economic context, means that a firm is producing at the lowest possible cost, where marginal cost equals the market price. Assessing whether a producer is efficient involves analyzing if resources are being used optimally and if there is minimal wasted potential. It is a crucial criterion for evaluating the performance of producers within competitive markets.

Producer Surplus

Producer surplus is the economic measure of the benefit a producer receives when the market price is higher than the marginal cost of production. It is graphically represented as the area above the supply curve and below the market price line up to the quantity sold. This concept helps illustrate how much producers benefit over their minimum acceptable revenue and is a key measure of market efficiency in competitive environments.

Graphical Analysis

Graphical analysis in economics involves plotting supply and demand curves to understand market outcomes like equilibrium price and quantity. In the context of producer surplus, the graph is used to visually delineate the surplus area, providing a clear representation of the differences between market prices received and the production costs. This method aids in conceptual understanding of economic welfare measures and market responses.

Transcript

00:01 In this question, we've been given this production function for bonnie's balloon rights.

00:05 We've been told that the rent for each balloon is $500.

00:11 So the rent is $500 and the wage paid to each worker is $25.

00:21 We're supposed to calculate and applaud the average total cost course for plant one and plant two.

00:31 Now, as you can see, i already have the skeleton here for the stable to calculate.

00:35 The average total cost for plant one.

00:38 I have already input the values of the labor and output from the production function.

00:44 Now, plant one uses one balloon.

00:47 So what is the total fixed cost for plant one? the rent for one balloon is $500.

00:53 So the total fixed cost for all levels of output for plant one is $500.

01:00 I'm just going to write $500 once here and it applies to all levels of outputs.

01:07 Now let's calculate the total variable cost.

01:10 What is the variable cost for plant one? it's basically the wages paid to the labor.

01:16 Now when output is six, the labor hired is 10.

01:19 So the total variable cost becomes 10 times 25, that's 250.

01:25 When the labor hired is 20, the total variable cost becomes 20 times 25, that's 500.

01:33 When the labor hired is 30, the total variable cost becomes 30 times 25.

01:41 That's 750.

01:46 When the labor higher is 40, total variable cost is 40 times 25 which is thousand and when the labor higher is 50 the total variable cost is 50 times 25 which comes to $1 ,250.

02:04 Now what is the total cost for each level of output? the total cost is basically the total fixed cost plus the total variable cost.

02:13 So when the output is six, the total cost is 500 plus 250.

02:17 Which is 750.

02:21 When the output is 10, it's 500 plus 500.

02:24 So the total cost is 1000.

02:27 When output is 13, the total cost is 500 plus 750, which is $1250.

02:36 When output is 15, the total cost is 500 plus thousand.

02:40 That's $1 ,500.

02:43 And lastly, when the output is 16, the total cost is 500 plus 1250, which comes to $17 .50.

02:51 Now, what is the average total cost? the average total cost is basically the total cost divided by the output quantity.

03:01 So when the output quantity is 6, total cost is 750, and the average total cost becomes 750 by 6, that's 125.

03:11 When output is 10, total cost is 1 ,000, and average total cost becomes 1 ,000 by 10, which is $100.

03:20 When output is 13, total cost is 1250.

03:23 Average total cost becomes 1250 by 13 which is 96 .15.

03:33 When the output is 15, the total cost is 1500, average total cost becomes 1 ,500 by 15, which comes to 100...

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