Poulter Corporation will pay a dividend of $4.15 per share next year. The company pledges to increase its dividend by 6.25 percent per year, indefinitely.

If you require a return of 9 percent on your investment, how much will you pay for the company’s stock today? (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.)

a. Before the change in work rules, the company's productivity per day was 22.50 boxes/hour.

b. After the change in work rules, the new productivity level per day is 35.00 boxes/hour.

c. If production is increased to 750 boxes per day with three 8-hour shifts, the new productivity level per day would be approximately 31.25 boxes/hour.

a) Before the change in work rules, Halifax Seafood produced 450 wooden packing boxes per day working in two 10-hour shifts. To calculate the productivity per day, we need to determine the number of boxes produced per hour.

Number of boxes produced per day = 450 boxes

Number of hours worked per day = 2 shifts × 10 hours per shift = 20 hours

Productivity per day before the change = Number of boxes produced per day / Number of hours worked per day

Productivity per day before the change = 450 boxes / 20 hours = 22.50 boxes/hour

Therefore, before the change in work rules, the company's productivity per day was 22.50 boxes/hour.

b) After the change, the company is now able to produce 700 boxes per day. To calculate the new productivity level per day, we need to determine the number of boxes produced per hour.

Number of boxes produced per day = 700 boxes

Number of hours worked per day = 2 shifts × 10 hours per shift = 20 hours

Productivity per day after the change = Number of boxes produced per day / Number of hours worked per day

Productivity per day after the change = 700 boxes / 20 hours = 35.00 boxes/hour

Therefore, after the change in work rules, the new productivity level per day is 35.00 boxes/hour.

c) If production is increased to 750 boxes per day with three 8-hour shifts, we can calculate the new productivity level per day.

Number of boxes produced per day = 750 boxes

Number of hours worked per day = 3 shifts × 8 hours per shift = 24 hours

New productivity per day = Number of boxes produced per day / Number of hours worked per day

New productivity per day = 750 boxes / 24 hours ≈ 31.25 boxes/hour

Therefore, if production is increased to 750 boxes per day with three 8-hour shifts, the new productivity level per day would be approximately 31.25 boxes/hour.

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The answrs to the questions are"

1.1 - An increase in the price of a product will lead to a/an... demanded.

The correct answer is B. Increase in demand.

Explanation: When the price of a product increases, it typically leads to a decrease in the quantity demanded, not an increase. This is because consumers tend to buy less of a product as its price rises.

1.2 - A table that shows the quantity of goods and services bought at different prices.

The correct answer is A. Demand schedule.

Explanation: A demand schedule is a table that lists the various quantities of a good or service that consumers are willing to purchase at different price levels.

1.3 - A(n) a greater quantity of an item or service at each price.

The correct answer is D. Decrease in supply.

Explanation: A decrease in supply means that producers are willing and able to produce a lesser quantity of an item or service at each price level.

1.4 - According to the law of demand, there is a between price and quantity demanded.

The correct answer is C. Negative.

Explanation: The law of demand states that as the price of a product increases, the quantity demanded by consumers decreases, and vice versa. This inverse relationship between price and quantity demanded is negative.

(4x2)(8) - This is an arithmetic expression and not directly related to the previous questions. The expression simplifies to 64, which is the result of multiplying 4 by 2 and then multiplying the result by 8.

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Nadia has put several signposts in her team's presentation. The most likely one of the signposts she included is "Now that we've talked about gas prices, let's turn to cleaning costs." The correct answer is option c.

This is because signposts are words or phrases that speakers use to let their audience know where they are in their presentation or speech. Signposts also help speakers to smoothly move from one idea to another while also helping the audience to follow along.Some common examples of signposts include:To beginwithFirst,Secondly  Next Additionally Moreover Furthermore In addition In conclusion Therefore Thus As a result .

So, in the given options, "Now that we've talked about gas prices, let's turn to cleaning costs" is the most likely signpost that Nadia included because it shows the transition from one topic to another topic. Therefore, the correct answer is option C: "Now that we've talked about gas prices, let's turn to cleaning costs."

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A. Conflict resolution

if 2 or more people are having a disagreement or conflict and they still work together then they are resolving their problem.

Answer:

The depreciation expense for year 1 is $54,000, for year 2 is $144,000, and for year 3 is $108,000.

Explanation:

To calculate the depreciation expense using the units-of-production method, we need to determine the depreciation rate per machine hour.

Step 1: Calculate the depreciable cost.

Depreciable cost = Cost of the machine - Residual value

Depreciable cost = $400,000 - $40,000

Depreciable cost = $360,000

Step 2: Calculate the depreciation rate per machine hour.

Depreciation rate per machine hour = Depreciable cost / Estimated machine hours of useful life

Depreciation rate per machine hour = $360,000 / 20,000 machine hours

Depreciation rate per machine hour = $18

Step 3: Calculate the depreciation expense for each year.

Year 1: 3,000 machine hours

Depreciation expense = Depreciation rate per machine hour * Hours in year 1

Depreciation expense = $18 * 3,000

Depreciation expense = $54,000

Year 2: 8,000 machine hours

Depreciation expense = Depreciation rate per machine hour * Hours in year 2

Depreciation expense = $18 * 8,000

Depreciation expense = $144,000

Year 3: 6,000 machine hours

Depreciation expense = Depreciation rate per machine hour * Hours in year 3

Depreciation expense = $18 * 6,000

Depreciation expense = $108,000

Therefore, the depreciation expense for year 1 is $54,000, for year 2 is $144,000, and for year 3 is $108,000.

Hope this helps!

The required return for the preferred stock is approximately 7.08%.

To calculate the required return for the preferred stock, we can use the dividend discount model (DDM). The DDM formula is:

Required Return = Dividend / Current Stock Price

In this case, the preferred stock pays a dividend of $5.70 per year and is currently selling for $80.45 per share. Plugging these values into the formula, we get:

Required Return = $5.70 / $80.45 ≈ 0.0708

To convert this decimal to a percentage, we multiply by 100:

Required Return ≈ 0.0708 × 100 ≈ 7.08%

Therefore, the required return for the preferred stock is approximately 7.08%.

This indicates that investors expect to earn a 7.08% return on their investment in Smiling Elephant, Inc.'s preferred stock, given the current market price and the annual dividend payment.

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If Lanark is currently generating 145 buses, it can generate about 180 units of wheat. .

b. The cost of 90 further wheat is 90.

c. The approximate per unit cost of an fresh auto is 54.

To determine the approximate quantum of wheat Lanark can produce if it's presently producing 145 buses , we need to find the matching value in the" Wheat" column. Grounded on the given table, we can see that the values in the" buses" column drop from left to right. thus, we need to find the combination where the number of buses is closest to 145, which is combination B. In combination B, Lanark can produce roughly 180 units of wheat.

We can find the cost of 90 further wheat by comparing the wheat values between combinations C and D, If Lanark is presently producing combination C. The wheat value in combination C is 315, and the wheat value in combination D is 405.

The difference between these two values represents the fresh wheat produced when moving from combination C to combination D. In this case, the difference is 405- 315 = 90. thus, the cost of 90 further wheat is the difference between the wheat values in combination C and D, which is 90.

we can determine the approximate per unit cost of an fresh auto by comparing the auto values between combinations D and E, If Lanark is presently producing combination D. The auto value in combination D is 127, and the auto value in combination E is 73.

The difference between these two values represents the drop in auto product when moving from combination D to combination E. In this case, the difference is 127- 73 = 54.

thus, the approximate per unit cost of an fresh auto is the difference between the auto values in combination D and E, divided by the drop in auto product, which is 54/ 1 = 54.

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Taylorism underlines the conventional construction, order of the executives, the specialized prerequisites and the supposition of judicial way  of behaving is a genuine assertion.

judicial way , Arrangement of logical administration upheld by Fred W. Taylor. In Taylorism view, the assignment of processing plant the executives was to decide the most effective way for the laborer to finish the work, to give the appropriate apparatuses and preparing, and to give motivations to great execution.

He separated each occupation into its singular movements, examined these to figure out which were fundamental, and planned the specialists with a stopwatch.

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Effective working capital management ensures that a company has sufficient funds to cover its short-term obligations and operate smoothly.

Liquidity: Proper management of working capital ensures that a company has enough cash and liquid assets to meet its short-term obligations, such as paying suppliers, employees, and other operating expenses. Insufficient working capital can lead to cash flow problems and jeopardize the company's operations.

Business Expansion: Adequate working capital allows businesses to seize growth opportunities, invest in new projects, or expand into new markets. It provides the necessary funds for capital expenditures, marketing campaigns, research and development, and other strategic initiatives.

Companies employ various strategies to manage their cash, receivables, inventory, and payables. Some examples include:

Cash Management: Companies can employ techniques like cash flow forecasting, cash pooling, and cash concentration to optimize cash balances, ensure sufficient liquidity, and minimize idle cash.

Receivables Management: Companies can implement credit policies, conduct credit checks, and use collection strategies to efficiently manage accounts receivable. They may offer incentives for early payment or utilize factoring services to convert receivables into immediate cash.

Inventory Management: Techniques like just-in-time (JIT) inventory, economic order quantity (EOQ), and safety stock optimization help companies minimize inventory holding costs, reduce stockouts, and improve working capital efficiency.

Payables Management: Companies negotiate favorable payment terms with suppliers, optimize payment schedules, and leverage technologies like electronic invoicing and payment systems to manage payables effectively.

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