The diagram below represents a 3-consumer economy, revealing each individual's demand curve (D1, D2, and D3). Using the 3 individual demand curves, construct/draw the market demand curve. [Options for submission: 1) take a screenshot of the figure, copy/paste into Word, and use the drawing tool to draw the market demand curve or 2) recreate the diagram on your own paper (careful to correctly label all intercepts and curves) and draw the market demand with a different color pen(s)] --> upload your image into this question before submission

help please answer in text form with proper workings and explanation for each and every part and steps with concept and introduction no AI no copy paste remember answer must be in proper format with all working

1 Use the equations given below and calculate total benefit, total cost, marginal benefit, and marginal cost for values of Q ranging from 35 to 45 Total Benefits: P = 314Q – 16Q Marginal Benefits: P = 314 – 32Q Total Cost: P = 50Q + 17Q Marginal Cost: P = 50 + 34Q 1) Graph total benefit and total cost on one graph, and marginal benefit and marginal cost on the other graph 2) Find the optimal value of Q and P 3) Calculate the total benefit, total cost, and net benefit at the equilibrium

Suppose you go to Trader Joe's to buy fruit for the week. You only like apples (A) and bananas (B) and your weekly fruit budget is $11. When you arrive at Trader Joe's you notice that the price of an apple is $1.00 and the price of a banana is $0.25. QUESTION #1: How many apples and bananas should you buy? QUESTION #2: When you have found the answer, draw a diagram that shows the outcome. Step #1. Determine your preferences. Let's suppose that your preferences can be represented by the following utility function: U(A, B) = AªBß = A0.40 B0.60 FYI: This utility function is known as a Cobb-Douglas utility function. It is the most commonly used function used in economics! The reason we like it so much is that it has: 1. Constant returns (double your consumption of A and B and your utility doubles); a + B = 1 2. Diminishing marginal utility (the extra utility gained from consuming A (or B) decreases as you consume more of the A good (or B good); a 0.40); B > a. Step #2: Determine your…

Janice really likes potatoes. Potatoes cost $1.10 per pound, and she has $6.00 that she could possibly spend on potatoes or other items. Suppose she feels that the first pound of potatoes is worth $1.50, the second pound is worth $1.14, the third pound is worth $1.05, and all subsequent pounds are worth $0.30. Instructions: Enter your answers as whole numbers. a. How many pounds of potatoes will she purchase? pound(s) of potatoes b. What if she only had $3.00 to spend? pound(s) of potatoes

Can you apply the design principles and elements of visual media and information to motion media and information? Why or why not?

Complete the following table and answer the accompanying questions.   Control Variable Q Total Benefits B(Q) Total Cost C(Q) Net Benefits Benefits N(Q) Marginal Benefit MB(Q) Marginal Cost MC(Q) Marginal Net Benefit MNB(Q) 100 1,200 950   210 60   101 1,400       70   102 1,590       80   103 1,770       90   104 1,940       100   105 2,100       110   106 2,250       120   107 2,390       130   108 2,520       140   109 2,640       150   110 2,750       160     a. At what level of the control variable are net benefits maximized?    b. What is the relation between marginal benefit and marginal cost at this level of the variable?    multiple choice Marginal cost is much smaller than marginal benefit. Marginal cost is slightly larger than marginal benefit. Marginal cost is slightly smaller than marginal benefit. Marginal cost is much larger than marginal benefit

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The following accompanying table shows the relationship between the speed of a computer's CPU and its benefits and costs. Assume that all other features of the computer are the same (that is, CPU speed is the only source of variation), and only the CPU speeds listed below are available for purchase. CPU Total Marginal Total Marginal GHz Benefit Benefit Cost Costs 2.0 $1,000 $900 2.5 $1,400 $100 $1,200 $1,500 3.0 $300 3.5 $1,900 4.0 $2,000 $400 The total benefit of a 3.0GHZ computer is:

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