Concerning the NLRA:
a. Does this statute apply to non-union employers?
b. Do you believe an employer could prohibit an employee from posting a comment to her Facebook page that advocates for the purpose of collective bargaining?
ABC Corporation reviews available prospective applicant’s social media posts as part of its background check. What issues does this practice raise?
In: Accounting
Collective Bargaining: Compare the 3 guiding principles of the American Federation of Labor (AFL) to those of the One Big Union (OBU). Which variant of unionism was associated with each organization? Then discuss what the formation of the OBU signified for the labor movement at the time and what lesson(s) it can teach us about the struggles facing unions today. Justify your answer. (500 words)
In: Economics
1. What is “noble cause corruption?” Give at least on example of noble cause corruption other than the examples used in this posted lecture or ethics text book.
2. Is the collective community need for safety sufficient justification for the officers’ actions in each example? Explain.
3. Considering the facts of the extortionist’s example, can the actions of the undercover officers be considered virtuous? Explain
In: Psychology
At January 1, 2020, the credit balance of Cheyenne Corp.’s Allowance for Doubtful Accounts was $406,500. During 2020, the bad debt expense entry was based on a percentage of net credit sales. Net sales for 2020 were $80 million, of which 89% were on account. Based on the information available at the time, the 2020 bad debt expense was estimated to be 0.80% of net credit sales. During 2020, uncollectible receivables amounting to $500,000 were written off against the allowance for doubtful accounts. The company has estimated that at December 31, 2020, based on a review of the aged accounts receivable, the allowance for doubtful accounts would be properly measured at $525,500.
Prepare a schedule calculating the balance in Cheyenne Corp.’s
Allowance for Doubtful Accounts at December 31, 2020.
|
Balance, January 1, 2020 |
$enter a dollar amount | |
|---|---|---|
|
Bad debt expense accrual |
enter a dollar amount | |
| enter a subtotal of the two previous amounts | ||
|
Uncollectible receivables written off |
enter a dollar amount | |
|
Balance, December 31, 2020 before adjustment |
enter a total amount for the first part | |
|
Allowance adjustment |
enter a dollar amount | |
|
Balance, December 31, 2020 |
$enter a total amount |
Prepare any necessary journal entry at year end to adjust the
allowance for doubtful accounts to the required balance.
(Credit account titles are automatically indented when
amount is entered. Do not indent manually. If no entry is required,
select "No Entry" for the account titles and enter 0 for the
amounts.)
|
Account Titles and Explanation |
Debit |
Credit |
|---|---|---|
|
enter an account title |
enter a debit amount |
enter a credit amount |
|
enter an account title |
enter a debit amount |
enter a credit amount |
In: Accounting
Calculate the pH of each of the solutions and the change in pH to 0.01 pH units caused by adding 10.0 mL of 2.64-M HCl to 690. mL of each of the following solutions. Change is defined as final minus initial, so if the pH drops upon mixing the change is negative.
a) water pH before mixing =
pH after mixing=
pH change =
b) 0.152 M C2H3O21-
pH before mixing =
pH after mixing=
pH change =
c) 0.152 M HC2H3O2
pH before mixing =
pH after mixing=
pH change =
d) a buffer solution that is 0.152 M in each C2H3O21- and
HC2H3O2
pH before mixing =
pH after mixing=
pH change =
In: Chemistry
Calculate the pH of each of the solutions and the change in pH to 0.01 pH units caused by adding 10.0 mL of 3.01-M HCl to 630. mL of each of the following solutions.
Change is defined as final minus initial, so if the pH drops upon mixing the change is negative.
a) water
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
b) 0.109 M C2H3O21-
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
c) 0.109 M HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
d) a buffer solution that is 0.109 M in each C2H3O21- and HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
In: Chemistry
Calculate the pH of each of the solutions and the change in pH to 0.01 pH units caused by adding 10.0 mL of 3.90-M HCl to 350. mL of each of the following solutions.
Change is defined as final minus initial, so if the pH drops upon mixing the change is negative.
a) water
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
b) 0.118 M C2H3O21-
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
c) 0.118 M HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
d) a buffer solution that is 0.118 M in each C2H3O21- and HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
In: Chemistry
Calculate the pH of each of the solutions and the change in pH to 0.01 pH units caused by adding 10.0 mL of 3.78-M HCl to 440. mL of each of the following solutions.
Change is defined as final minus initial, so if the pH drops upon mixing the change is negative.
a) water
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
b) 0.154 M C2H3O21-
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
c) 0.154 M HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
d) a buffer solution that is 0.154 M in each C2H3O21- and HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
In: Chemistry
Calculate the pH of each of the solutions and the change in pH to 0.01 pH units caused by adding 10.0 mL of 3.78-M HCl to 440. mL of each of the following solutions.
Change is defined as final minus initial, so if the pH drops upon mixing the change is negative.
a) water
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
b) 0.154 M C2H3O21-
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
c) 0.154 M HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
d) a buffer solution that is 0.154 M in each C2H3O21- and HC2H3O2
| pH before mixing = | |
| pH after mixing= | |
| pH change = |
In: Chemistry
A group of six, obese adult women had their weights recorded both before and 9 months after having a diet treatment to help manage their weight. Observe the information presented in the table below:
The weights of six obese adult women both before and 9-months after having a diet treatment
|
Before Diet Treatment |
After Diet Treatment |
|
260 |
240 |
|
220 |
215 |
|
200 |
198 |
|
310 |
300 |
|
325 |
298 |
|
195 |
195 |
Test at α = 0.05 the hypothesis that for the group, there was a statistically significant average decrease in weight from before diet treatment to 9 months after. Hint: This is hypothesis testing for paired samples. Here, you will use a paired t test.
In: Statistics and Probability