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he cost per account using the activity rates from Requirement 1. Round your answers to the nearest cent. Unit cost $fill in the blank 6 3. A time equation is used to assign resource costs to checking accounts. Select a time equation for the interest-bearing checking account product. 0.20(number of accounts) + 0.10(number of statements) + 0.05(number of transactions) + 0.15(number of inquiries) Again, assuming that there are 2,000 interest bearing accounts, show that the resource cost per account is the same as calculated in Requirement 2. Round your answers to the nearest cent. Unit Cost = ($fill in the blank 8

he cost per account using the activity rates from Requirement 1. Round your answers to the nearest cent. Unit cost $fill in the blank 6 3. A time equation is used to assign resource costs to checking accounts. Select a time equation for the interest-bearing checking account product. 0.20(number of accounts) + 0.10(number of statements) + 0.05(number of transactions) + 0.15(number of inquiries) Again, assuming that there are 2,000 interest bearing accounts, show that the resource cost per account is the same as calculated in Requirement 2. Round your answers to the nearest cent. Unit Cost = ($fill in the blank 8

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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2. Assuming there are 2,000 interest-bearing checking accounts, calculate the cost per account using the activity rates from Requirement 1. Round your answers to the nearest cent. Unit cost $fill in the blank 6 3. A time equation is used to assign resource costs to checking accounts. Select a time equation for the interest-bearing checking account product. 0.20(number of accounts) + 0.10(number of statements) + 0.05(number of transactions) + 0.15(number of inquiries) Again, assuming that there are 2,000 interest bearing accounts, show that the resource cost per account is the same as calculated in Requirement 2. Round your answers to the nearest cent. Unit Cost = ($fill in the blank 8 ) x (fill in the blank 9
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