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(Q1)  Many software companies, after years of providing unlimited free telephone technical support for their products, began to charge for these services (typically after an initial start-up period of 90 days). Most companies offer two pricing plans. For instance, Lotus Development offers users of their spreadsheet software the option of paying either (i) $2.00 per minute for telephone support or (ii) a $129 flat charge for a year of unlimited toll-free calls. Question 1: Consider a customer with a yearly (expected) demand for service support of P = 11 – 0.1Q, where P is the price per minute and Q is the number of minutes of calls made per year. How many calls would this customer make under plan (i)? Why? How many calls would he or she make under plan (ii)? What would be the annual cost to this customer under each plan? Explain your answer. Question 2: Which plan would this customer choose? Explain your answer.

Describe the Break-Even Analysis?

How do I solve the following problem?

do fast i will 10 upvotes.

After developing the new Personal computer with special functions the company would need to be cautious. Although there are patents out protecting the design of this new computer it is still possible for others to see the design and create something similar based off of it. Although licensing the brand would greatly benefit the cost of production and relieve most of the cost from transportation it would be wise to not give another company the opportunity to see the design. Creating the company in the home-country and exporting would help keep the design to ourselves and is therefore safe. However, doing this will increase the cost of transportation significantly. A third option that the company has is to wholly own a subsidiary. This will allow the company to control all matters regarding the production strategy as well as the marketing aspect. Setting up a wholly owned subsidiary is expensive and a major risk as it requires the parent company to commit 100% of the equity contributed.…

Is the underground economy being calculated? If so, is there a certain methodology that is being used?

Company B is a retailer of mobile phones in Australia that works 250 days in a year. The manager would like you to determine a minimum-cost inventory plan for an upcoming mobile phone to be launched in the market. They have collected the following information: • Annual demand: 700 phones • Phone cost: $1,793 each• Phone RRP: $1,949 each• Net weight: 169 g each • Tare weight: 61 g each• Annual inventory holding cost: 30%• Cost per order to replenish inventory: $82• Annual in-transit holding cost: 10%• Freight rate (per kg): $8.10• Freight rate (per consignment): $301.50 (i.e. handling fee, dangerous good fee, anlithium battery fee)• Time to process order for freight: 1 days • Freight transit time: 4 days Solve this problem using a non-linear programming (NLP) model and your model should generate only integer results for economic order quantity and the number of orders. 1. Economic order quantity for the phone in units and in kg 2. The total cost for purchasing the phones3. The total…

C=400+0.75yd,I=200-100r,t=70+0.2y,g=100,x=10 derive is equation

Still with the same data on Macroland, a closed economy with no government sector, and with fixed price level and interest rate. Fill-in the blank in the following table, then answer the following question. GDP Yd Iplanned lunplanned 20 22 30 50 30 80 30 100 70 30 The Macroland's government reduced its taxes by 20, the income- expenditure equilibrium is expected to be: O 50 O 80 O 100 O 150