Net Realizable Value Method, Decision to Sell at Split-off or Process Further Pacheco, Inc., produces two products, overs and unders, in a single process. The joint costs of this process were $50,000, and 14,000 units of overs and 36,000 units of unders were produced. Separable processing costs beyond the split-off point were as follows: overs, $18,000; unders, $23,040. Overs sell for $2.00 per unit; unders sell for $3.14 per unit. Required: 1. Allocate the $50,000 joint costs using the estimated net realizable value method. Allocated Joint Cost Overs $ Unders $ 2. Suppose that overs could be sold at the split-off point for $1.80 per unit. Should Pacheco sell overs at split-off or process them further? Overs be processed further as there will be $ profit if sold at split-off.

At a student café, there are equal numbers of two types of customers with the following values. the café owner cannot distinguish between the two types of students because many students without early classes arrive early anyway (i. e., she cannot price-discriminate). students with early classes students without early classes coffee 70 60 banana 51 101 the marginal cost of coffee is 10 and the marginal cost of a banana is 40. the café owner is considering three pricing strategies: 1. mixed bundling: price bundle of coffee and a banana for 161, or just a coffee for 70. 2. price separately: offer coffee at 60, price a banana at 101. 3. bundle only: coffee and a banana for 121. do not offer goods separately. assume that if the price of an item or bundle is no more than exactly equal to a student's willingness to pay, then the student will purchase the item or bundle. for simplicity, assume there is just one student with an early class, and one student without an early class. price strategy revenue from pricing strategy cost from pricing strategy profit from pricing strategy 1. mixed bundling $ $ $ 2. price separately $ $ $ 3. bundle only $ $ $ pricing strategy yields the highest profit for the café owner.

Which stage of group development involves members introducing themselves to each other?

Anew 2-lane road is needed in a part of town that is growing. at some point the road will need 4 lanes to handle the anticipated traffic. if the city's optimistic estimate of growth is used, the expansion will be needed in 4 years and has a probability of happening of 40%. for the most likely and pessimistic estimates, the expansion will be needed in 8 and 15 years respectively. the probability of the pessimistic estimate happening is 20%. the expansion will cost $ 4.2 million and the interest rate is 8%. what is the expected pw the expansion will cost?