Answer:
Customer and Product Margin under Activity-based Costing and Traditional Costing
True Statements:
1. If a customer orders more frequently, but orders the same total number of units over the course of a year, the customer margin under activity based costing will decrease.
2. If a customer orders more frequently, but orders the same total number of units over the course of a year, the product margin under a traditional costing system will be unaffected.
Explanation:
Customer Margin is the difference between the total revenue generated from a customer minus the acquisition and service costs. In the above instance, the customer margin decreases because of the costs of servicing the customer's frequent orders. Customer service costs are usually higher with more frequent orders, when activity-based costing is employed because frequent orders increase the activity level and the associated costs.
Product Margin is the profit margin generated per product. It is the markup on the cost of the product. It shows the difference in amount between the selling price and the manufacturing cost. Frequent orders cannot change the product margin under the traditional costing technique unlike it does with the activity-based costing technique.
Answer:
C) A 25% increase in sales resulting in a 30% increase in net operating income.
Answer:
the adjusted cash balance per book is $25,390
Explanation:
The computation of the adjusted cash balance per book is shown below
= Cash balance per books + Notes receivable and interest collected by the bank - Bank charge for check printing - NSF check
= $21,600 + $4,440 - $70 - $580
= $25,390
Hence, the adjusted cash balance per book is $25,390
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
Soap is soluble in water, but fat is not. Fat has a melting point above 47C and soap has a melting point above 100C. Fat has a density of 0.92 g/cm3 and soap has a density of 0.84 g/cm3. These are all properties that make fat and soap different substances.
Explanation:
