Archive for month: December, 2020

INSTRUCTIONS:GENERAL COMPANY INFORMATIONMargaret Brown and Joel Lee each own 50% of Designs Inc. with no other class of stock is authorized. On June 6, 2009, they formed to provide design services. Designs Inc business address is 2134 Merry Lane, Las Cruces, NM 088011. The telephone number is (575) 541-1122 and the e-mail address is .Employer identification number is 11-1111111. Margaret is the president of the company and Joel is the vice-president. Margaret and Joel are the only full-time designers employed by Designs, Inc. and they perform all of the design services of the corporation. Margaret’s Social Security number is 123-45-6789 and Joel’s Social Security number is 555-48-9898.Designs, Inc. is a cash method, calendar year taxpayer. Designs, Inc. uses the straight-line method of depreciation for both book and tax purposes. (You are not provided enough detailed data to complete a Form 4562 (depreciation). Enter the amount of depreciation on line 20 of Form 1120.) The corporation does not maintain any inventory.During the year, the corporation distributed cash dividends of $10,000.The domestic production activities deduction (DPAD) for the year is $947. You are not provided enough detailed data to complete a Form 8903 (domestic production activities deduction). Enter the amount of the DPAD on line 25 of Form 1120.During the year, Designs, Inc. made estimated tax payments of $1,500 each quarter to the IRS.Designs, Inc. Income StatementIncome:Design fees

Given the DNA strand below,5′-ATTGTTGGGATTCGC-3’What DNA sequence would convert this into a double helix (ie. normal DNA).Assume that the short sequence shown above (5′-ATTGTTGGGATTCGC-3′) is from an Okazakifragment. What are the 1st five bases that primase synthesizes (before DNA polymerase I andDNA ligase have modified this molecule)?

Given the DNA strand below,5′-ATTGTTGGGATTCGC-3’What DNA sequence would convert this into a double helix (ie. normal DNA).Assume that the short sequence shown above (5′-ATTGTTGGGATTCGC-3′) is…

Purpose of Assignment

Employment costs are arguably a business’s biggest expense. Consider how employment law regulates concepts such as discrimination, injuries on the job, employee vs. independent contractor, wrongful discharge, and unionization, to name a few. As you research for this assignment, consider the decisions made in this area are much more than business decisions but, in fact, impact lives. How do we reconcile between hurting employees and impacting the bottom-line? This is much tougher than it appears.

Assignment Steps 

Resources: Legal Environment of Business: Online Commerce, Business Ethics, and Global Issues: Ch. 18, 19, 20, and 21.

Scenario: As employment costs continue to escalate, it is incumbent upon organizations to continually monitor its internal operations to ensure best practices are being followed. To that end, your CEO has asked you to prepare a SWOT (Strengths, Weaknesses, Opportunities, Threats) analysis. 

Prepare a SWOT analysis in one of the following formats: 

• A 7- to 10-slide Microsoft® PowerPoint® presentation,

Examine the following: 

• Consider the impact a principal and agent creates on the business and its employees.
• Compare how express, implied, and apparent authority created by the principal and agent impacts equal opportunities for employees.
• Identify the laws protecting workers against discriminatory practices.
• Evaluate how the legal protections

A playground ride consists of a disk of mass M = 46 kg and radius R = 2.2 m mounted on a low-friction axle. A child of mass m = 20 kg runs at speed v = 2.8 m/s on a line tangential to the disk and jumps onto the outer edge of the disk.1. magnitude of the angular momentum of the child before collision: Lc = 123.22. angular momentum of the system of child plus the disk justafter the collision:Lc = 123.23. How fast is it rotating (initially at rest):w = 0.592 radians/s4. Speed of the child just after collision:v = 1.30245. Speed of the center of mass:vcm = 06. Magnitude of the linear momentum of the disk after the collision:|p| = 0I can’t solve this problem:The child on the disk walks inward on the disk and ends up standing at a new location a distance R/2 = 1.1 m from the axle. Now what is the angular speed? (It helps to do this analysis algebraically and plug in numbers at the end.)w = ____ radians/sI used I(i)w(i) = I(f)w(f)The child on the disk walks inward on the disk and ends up standing at a new location a distance R/2 = 1.1 m from the axle. Now what is the angular speed? (It helps to do this analysis algebraically and plug in numbers at the end.)w = _____ radians/s

Answer to 6984593