Derive the firm’s supply correspondence for the output good as a function of the output price p. Illustrate it on the same graph you used for the previous part.

Microeconomics analysis 1 Convex-concave costs Consider the 1-input, 1-output technology defined by the cost function f (z) = {(z+1)2— 1, z<1 8-V.Z — 5, z> 1 1. Fix the price of the input good at w = 1. 1. Find the total cost function. Plot it for quantities up to 10. 2. Find the average […]

Find the Fourier series of whose graph is an triangle with vertices at and is assumed to have a period . Show the details of your work. Sketch or graph the partial sums up to that including cos5x and sin 5x.

Find the Fourier series of whose graph is an triangle with vertices at and is assumed to have a period . Show the details of your work. Sketch or graph the partial sums up to that including cos5x and sin 5x. 2) Using Parseval’s identity, show that Find the Fourier transform of Show that if […]

Describe how you would apply that design to achieve the desired results. Justify your proposed application process by citing a recent peer-reviewed article that effectively demonstrates a similar application of that methodology.

Complete the following for each scenario: Describe how you would apply that design to achieve the desired results. Justify your proposed application process by citing a recent peer-reviewed article that effectively demonstrates a similar application of that methodology. Select one of the scenarios and design a graph that will depict the results of the application […]

How can this relationship be illustrated in one graph to make it appear that the likelihood of injury increases relatively little at higher speeds, and in another graph to make it appear that the likelihood of injury increases dramatically at higher speeds?Explain

Think about the relationship between driving at higher speeds and the likelihood of injury in an automobile accident. How can this relationship be illustrated in one graph to make it appear that the likelihood of injury increases relatively little at higher speeds, and in another graph to make it appear that the likelihood of injury […]

Is there a relationship between what was happening in the world and what you are seeing on your graph? Discuss your findings and explain, with reference to your search term, why you think the trend behaves the way it does during each time period.

INSTRUCTIONS – USING GOOGLE TRENDS AND DESMOS 1. Think of an example of a real-world “search-term” that would produce an “interest over time” graph that includes as many functions that you have learned about in this course as possible. Possible functions include but are not limited to exponential growth, exponential decay, sinusoidal functions, etc. (see […]

What type of graph would you use to display the organized data from each frequency distribution? What would be shown on each of the axes for each graph?

Read/review the following resources for this activity: OpenStax Book: Chapter 2—Section 2.1 Lesson Minimum of 1 scholarly source In your reference for this assignment, be sure to include both your text/class materials AND your outside reading(s). Initial Post Instructions Suppose that you have two sets of data to work with. The first set is a […]

Provide a quantitative analysis to determine demand in the segment of the market that your proposed offering will fill.

Construct a proposal to JGJ Inc. of 1000 words (+/- 50 words) using at least 4 credible and objective sources not provided as resources in the course in your analysis, plus at least one source provided in the course reading list. Use the titles in the Market Analysis Report Template (attached) to provide structure for […]

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