Agents of socialization teach us ways that we should act and think about ourselves, but they also teach us how we should think about and act toward others. What kinds of messages did you receive from different agents of socialization about gender? What did you learn about boys and girls and from where did you learn these messages? What about race? What kinds of messages did you receive about white people? Black people? Asian? Hispanic?
In: Psychology
I am a US chocolate importer who is importing Belgian chocolate from Belgium worth € 1 million and the amount is due in 360 days. I want to hedge my Belgian euro payables using a money market hedge and obtain the following quotes from my banker: Spot rate is: $1.1000 – $ 1.1100 / € The Belgium interest rates are: 3.0 % - 3.4 % annually and US interest rates are: 2.1 % – 2.5 % annually. Using a money market hedge and bid-ask spreads, what are my $ payables in 360 days?
In: Finance
am a US chocolate importer who is importing Belgian chocolate from Belgium worth € 1 million and the amount is due in 360 days. I want to hedge my Belgian euro payables using amoney market hedge and obtain the following quotes from my banker:
Spot rate is: $1.1000 – $ 1.1100 / €
The Belgium interest rates are: 3.0 % - 3.4 % annually and
US interest rates are: 2.1 % – 2.5 % annually.
Using a money market hedge and bid-ask spreads, what are my $ payables in 360 days?
In: Finance
Warnerwoods Company uses a perpetual inventory system. It entered into the following purchases and sales transactions for March.
| Date | Activities | Units Acquired at Cost | Units Sold at Retail | |||||||||
| Mar. | 1 | Beginning inventory | 120 | units | @ $51.40 per unit | |||||||
| Mar. | 5 | Purchase | 235 | units | @ $56.40 per unit | |||||||
| Mar. | 9 | Sales | 280 | units | @ $86.40 per unit | |||||||
| Mar. | 18 | Purchase | 95 | units | @ $61.40 per unit | |||||||
| Mar. | 25 | Purchase | 170 | units | @ $63.40 per unit | |||||||
| Mar. | 29 | Sales | 150 | units | @ $96.40 per unit | |||||||
| Totals | 620 | units | 430 | units | ||||||||
3. Compute the cost assigned to ending inventory using (a) FIFO, (b) LIFO, (c) weighted average, and (d) specific identification. For specific identification, the March 9 sale consisted of 75 units from beginning inventory and 205 units from the March 5 purchase; the March 29 sale consisted of 55 units from the March 18 purchase and 95 units from the March 25 purchase.
In: Accounting
Warnerwoods Company uses a perpetual inventory system. It entered into the following purchases and sales transactions for March. Date Activities Units Acquired at Cost Units Sold at Retail Mar. 1 Beginning inventory 60 units @ $50.20 per unit Mar. 5 Purchase 205 units @ $55.20 per unit Mar. 9 Sales 220 units @ $85.20 per unit Mar. 18 Purchase 65 units @ $60.20 per unit Mar. 25 Purchase 110 units @ $62.20 per unit Mar. 29 Sales 90 units @ $95.20 per unit Totals 440 units 310 units 3. Compute the cost assigned to ending inventory using (a) FIFO, (b) LIFO, (c) weighted average, and (d) specific identification. For specific identification, the March 9 sale consisted of 45 units from beginning inventory and 175 units from the March 5 purchase; the March 29 sale consisted of 25 units from the March 18 purchase and 65 units from the March 25 purchase.
In: Finance
Warnerwoods Company uses a periodic inventory system. It entered into the following purchases and sales transactions for March. Date Activities Units Acquired at Cost Units Sold at Retail Mar. 1 Beginning inventory 140 units @ $75 per unit Mar. 5 Purchase 440 units @ $80 per unit Mar. 9 Sales 460 units @ $110 per unit Mar. 18 Purchase 200 units @ $85 per unit Mar. 25 Purchase 280 units @ $87 per unit Mar. 29 Sales 240 units @ $120 per unit Totals 1,060 units 700 units For specific identification, the March 9 sale consisted of 90 units from beginning inventory and 370 units from the March 5 purchase; the March 29 sale consisted of 80 units from the March 18 purchase and 160 units from the March 25 purchase. 3. Compute the cost assigned to ending inventory using (a) FIFO, (b) LIFO, (c) weighted average, and (d) specific identification.
In: Accounting
Warnerwoods Company uses a perpetual inventory system. It entered into the following purchases and sales transactions for March.
| Date | Activities | Units Acquired at Cost | Units Sold at Retail | |||||||||
| Mar. | 1 | Beginning inventory | 80 | units | @ $50.60 per unit | |||||||
| Mar. | 5 | Purchase | 215 | units | @ $55.60 per unit | |||||||
| Mar. | 9 | Sales | 240 | units | @ $85.60 per unit | |||||||
| Mar. | 18 | Purchase | 75 | units | @ $60.60 per unit | |||||||
| Mar. | 25 | Purchase | 130 | units | @ $62.60 per unit | |||||||
| Mar. | 29 | Sales | 110 | units | @ $95.60 per unit | |||||||
| Totals | 500 | units | 350 | units | ||||||||
3. Compute the cost assigned to ending inventory using (a) FIFO, (b) LIFO, (c) weighted average, and (d) specific identification. For specific identification, the March 9 sale consisted of 55 units from beginning inventory and 185 units from the March 5 purchase; the March 29 sale consisted of 35 units from the March 18 purchase and 75 units from the March 25 purchase.
DO ALL 4!!!
4. Compute gross profit earned by the company for each of the four costing methods. For specific identification, the March 9 sale consisted of 55 units from beginning inventory and 185 units from the March 5 purchase; the March 29 sale consisted of 35 units from the March 18 purchase and 75 units from the March 25 purchase. (Round weighted average cost per unit to two decimals and final answers to nearest whole dollar.)
In: Accounting
T received restricted stock in 2019 from his employer for services rendered. The restriction required T to remain employed for one additional year, otherwise the stock would be forfeited. T was prohibited from selling the stock during that one-year period. The value of the stock at the time received was $8,000. In 2020, when the restrictions lapsed, the stock was worth $50,000. T has not sold the stock.
A. Assuming no §83(b) election was made, indicate the amount of income, if any, that would be taxable in each year: (Put a $0 on the line if no income needs to be reported.) 2019 Taxable Income ________________ 2020 Taxable Income ________________
B. Assuming T made the §83(b) election, indicate the amount of income, if any, that would be taxable in each year: (Put a $0 on the line if no income needs to be reported.) 2019 Taxable Income_______________ 2020 Taxable Income_______________
In: Accounting
Winnipeg district sales manager of Far End Inc. a university textbook publishing company, claims that the sales representatives makes an average of 40 calls per week on professors. Several representatives say that the estimate is too low. To investigate, a random sample of 28 sales representatives reveals that the mean number of calls made last week was 42 and variance is 4.41. Conduct an appropriate hypothesis test, at the 5% level of significance to determine if the mean number of calls per salesperson per week is more than 40.
(a) Provide the hypothesis statement
(b) Calculate the test statistic value
(c) Determine the probability value
(d) Provide an interpretation of the P-value (1 Mark)
Note: if you need to use symbols , please use "u" for population mean "μ", Ho and Ha for for the null and alternate hypothesis, "Y-hat" for "ŷ", "alpha" for α Please provide your answers to the above questions by typing your answers using simple text. You need not show the work in detail.
In: Statistics and Probability
Winnipeg district sales manager of Far End Inc. a university textbook publishing company, claims that the sales representatives makes an average of 20 calls per week on professors. Several representatives say that the estimate is too low. To investigate, a random sample of 28 sales representatives reveals that the mean number of calls made last week was 44 and variance is 2.41.
Conduct an appropriate hypothesis test, at the 5% level of significance to determine if the mean number of calls per salesperson per week is more than 40.
(a) Provide the hypothesis statement
(b) Calculate the test statistic value
(c) Determine the probability value
(d) Provide an interpretation of the P-value (1 Mark)
In: Statistics and Probability