Black & White Computing is putting together its R&D budget for the coming year. The firm has compiled a listof potential research and development projects and estimated the interest rate and amount of financialcapital required for various levels of R&D spending. The data collected is shown in the table below.Graph Black & White Computing's demand curve for financial capital when the firm receives only the privatebenefit of investing in R&D.InterestDprivate (inDsocial (inPointRatemillions)millions)A11%$2$3B9%$3$67%$4$9D5%$7$12E3%$10$15Provide your answer below:10-5-2) A (5-2) B(10,2) G (15, 2)D(20-2) E102015Financial capital (in millions $)Rate of return (%) The graph below shows the budget constraint between income and leisure for an individual. For every hour spent in leisure,one less hour is spent working and vice versa. Move the budget constraint to illustrate the trade off that exists when theindividual can earn $25,000 if he/she works 4,000 hours, assuming the individual does not qualify for government support.Assume that the individual only has 4,000 hours to distribute between work and leisure.Provide your answer below:350003000025000-20000-15000(0, 14000)10000-5000(2200, 0)40005000Leisure (Hours)100020003000Income ($)

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MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Company ABC has the following information. Please calculate the Z-core for 2021 and 2022 and provide a comment on its performance. Variables 2022 2021 X1(net working capital /total asset) 0.56 0.175 X2(retained earnings/total asset) -0.12 0.08 X3(EBIT/total assets) 0.56 0.69 X4(market value of equity/book value of total liability) 1.2 0.96 X5(sales/total asset) 0.78 0.63 Z-score (1.2X1+1.4X2+3.3X3+0.6X4+1X5) 3.852 3.805
Computer Science Flag A company stocks an item that is consumed at the rate of 60 units per day. It costs the company $25 each time an order is placed. An inventory unit held in stock for a week will cost $.36. (a) Determine the optimum inventory policy, assuming a lead time of 2 weeks. (b) Determine the optimum number of orders per year (based on 365 days per year).
Describe the results of your two graphs as they compare to the movement of demand. Be specific. Choosing between the three-period and the five-period forecasts, which length of averaging would you use as a purchasing manager of Greenfield’s Tannery? Be sure to factor in the cumulative forecast errors in your answer. Also, make sure you include some rationale about why you are picking the method you do for this particular business. So for example, does picking one method over the other have any impact on how much inventory they will have on hand to meet customer demand? What happens when the demand drops? Which method better supports that?
Describe the patterns in quantity sold and own and rival prices during this time period using basic descriptive statistics. Graphs are welcome as well. Take the logs of the variables, and estimate the demand function. Interpret the R-square. Interpret the coefficients for logP and logPsub Interpret the p-values associated with each independent variable Are consumers price sensitive? Why or why not? (be as precise as you can – you have estimates!). Does this price sensitivity make sense given the good we are examining? How sensitive are our consumers to changes in the rival good’s price? Explain in detail. Suppose we decide to charge a per ounce price of $2, while at the same time our rival charges a price of $2.15. All else equal, what would you expect sales to be? How confident are you in your forecast? Suppose we are charging a price of $2 and our current marginal cost is $1.50 Are we maximizing profits at this price? If not, should we raise or lower price? Why?
If a company has excess capacity, it is contemplating whether a special order should be accepted. The order will not impact regular sales. If the company accepts the special order, what will occur? O Both fixed and variable costs will increase. Net income will increase if the special sales price per unit exceeds the unit variable costs. There are no incremental revenues. Incremental costs will not be affected.
Suppose you are the marketing manager of a firm, and you plan to introduce a new product to the market. You have to estimate the first year net profit, which depends on several variables • Sales volume (in units) • Price per unit • Unit cost . Fixed costs Your net profit is net profit = sales volume x (price per unit-unit cost) - fixed cost The fixed cost is $120, 000, but other factors have some uncertainty. Based on your market research, there are equal chance that the market will be slow, ok, or hot. • Slow market the sales volume follows Poisson distribution with mean 50,000 units product, and the average price per unit is $11.00 ● Ok market the sales volume follows Poisson distribution with mean 75,000 units product, the average price per unit is $10.00 Hot market: the sales volume follows Poisson distribution with mean 100,000 units product, but the competition is severe so you expect the average price per unit is just $8.00 No matter what the market type is, your average unit…
Compute the NPV statistic for Project Y if the appropriate cost of capital is 12 percent. (Negative amount should be indicated by a minus sign. Do not round intermediate calculations and round your final answer to 2 decimal places.) Project Y Time: 1 2 3 4 Cash flow: -$8,000 $3,350 $4,180 $1,520 $300
What is the maximum profit?
Agnes, a General Manager in XXX Company, estimated a multiplicative demand function of the form: using a cross-section data collected in the company sales on 30th June, 2019. The estimation results are as follows: (SEE IMAGE) Write down the estimated demand equation Interpret the coefficients and R2 value Describe any three managerial decisions that can be applied by the manager from the estimated demand function

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