Question: Buff Tech, Inc. sells computer components and plans to borrow some money to expand. The company has a 12/31 year-end. After reading about earnings management
Buff Tech, Inc. sells computer components and plans to borrow some money to expand. The company has a 12/31 year-end. After reading about earnings management (refer back to Chapter 4), Bucky, the owner has decided he should try to accelerate some sales to improve his financial statement ratios. He has called his best customers and asked them to make their usual January purchases and take delivery of the goods by December 31. He told the customers he would allow them until the end of February to pay for the purchases, just as if they had made the purchases in January.
Note: For revenue recognition purposes, the performance obligation was satisfied by 12/31.
Question:
What are the ethical implications of this plan? What ratios will be improved by accelerating these sales? What about future implications?



[1] A Gaussian cube of edge length 1.0 m is located in the xyz space, as shown in the following figure. If the electric field in this space is expressed as: E = 4x ax + 3(yz + 3)ay V/m Determine: a) The electric flux through the top face of the Gaussian cube b) The net charge enclosed by the Gaussian cube Gaussian surface 1- 20m x- 30 m1.7.19. Employ 2 digit arithmetic with rounding to oompute an approximate solution of the linear system 0.23: + 2y 32: = 6, 5:1: + 433; + 272 = 58, 3m + 233; 42;: = 87, using the following methods: (a) Regular Gaussian Elimination with Back Substitution; (1)) Gaussian Elimination with Partial Pivoting; (6) Gaussian Elimination with Full Pivoting. ((1) Compare your answers and discuss their accuracy. Assignment 4 Complete solution of Problem 1 and 2a using Naive Gaussian. Upload the detailed solution including all steps. Use Gaussian elimination with backward substitution and two-digit rounding arithmetic to solve the following linear systems. Do not reorder the equations. (The exact solution to each system is *1 - 1.x - -1.x-3.) a. An - n+ 1 -8, 2x + S.x + 20 - 3. *1 + 2n + 40 - 11
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