Answer:
The response is "Option A, C, D, E, and F".
Explanation:
Here are the accurate statements:
- To access the Profile window for account management, select Connect Account and press Fresh to display the accounts table, where you can enable or add an account.
- For online banking, the default account is categorized as uncategorized revenue and expenditures.
- The type of the new account determines the financial statements that will showcase its details once it is added.
- When goods and services are produced, their purchase price correlates with the bank table.
- If an account is unnecessary for your business, you can remove it from the account listing.
a. Determine the initial investment tied to replacing the current grinder with the new one.
Initial investment = cost of the new grinder + installation costs of the new grinder - after-tax revenue from selling the old grinder + increase in net working capital.
Cost of the new grinder = $105,000.
Cost to install the new grinder = $5,000.
After-tax revenue from the old grinder = $70,000 - ($70,000 - {$60,000 x (1 - 52%)] x 40%} = $70,000 - $16,480 = $53,520.
Increase in net working capital = $40,000 + $30,000 - $58,000 = $12,000.
Thus, initial investment = $105,000 + $5,000 - $53,520 + $12,000 = $68,480.
b. Assess the incremental operating cash inflows related to the new grinder installation. (Remember to factor in depreciation in year 6.)
New grinder cash flows:
Year 1 = [($43,000 - $22,000) x (1 - 40%)] + $22,000 = $34,600.
Year 2 = [($43,000 - $35,200) x (1 - 40%)] + $35,200 = $39,880.
Year 3 = [($43,000 - $21,120) x (1 - 40%)] + $21,120 = $34,248.
Year 4 = [($43,000 - $12,672) x (1 - 40%)] + $12,672 = $30,868.80.
Year 5 = [($43,000 - $12,672) x (1 - 40%)] + $12,672 + $18,000 (NWC) + $19,934.40 (after-tax salvage value) = $68,803.20.
Old grinder cash flows:
Year 1 = [($26,000 - $11,520) x (1 - 40%)] + $11,520 = $20,208.
Year 2 = [($24,000 - $6,912) x (1 - 40%)] + $6,912 = $15,964.80.
Year 3 = [($22,000 - $6,912) x (1 - 40%)] + $6,912 = $15,964.80.
Year 4 = [($20,000 - $3,456) x (1 - 40%)] + $3,456 = $13,382.40.
Year 5 = $18,000 x (1 - 40%) = $10,800.
Incremental cash flows:
Year 1 = $34,600 - $20,208 = $14,392.
Year 2 = $39,880 - $15,964.80 = $23,915.20.
Year 3 = $34,248 - $15,964.80 = $18,283.20.
Year 4 = $30,868.80 - $13,382.40 = $17,486.40.
Year 5 = $68,803.20 - $10,800 = $58,003.20.
c. Determine the expected terminal cash flow at the end of year 5 from the grinder replacement.
Terminal cash flow = regaining net working capital + after-tax salvage value = $18,000 + $19,934.40 = $37,934.40.
d. Show a timeline displaying the relevant cash flows for the proposed grinder replacement decision.
Year 0 = -$68,480.
Year 1 = $34,600.
Year 2 = $39,880.
Year 3 = $34,248.
Year 4 = $30,868.80.
Year 5 = $68,803.20.
Using cash is counterproductive and disadvantageous because relying solely on it leads to a lack of credit history, making it difficult for banks to assess your reliability for loan repayment.
Answer:
The urgency or possibility of postponement results in an inelastic demand for ice melt by customers.
Explanation:
Demand elasticity indicates how much the demand for a product changes in response to a price shift. The formula is % change in demand / % change in price
Factors that influence the price elasticity of demand include the type of product, income level, availability of substitutes, time frame, urgency or potential for delay, and proportion of total spending.
Inelastic demand occurs when changes in demand are less proportional relative to price changes. % change in demand < % change in price
Case 'Customer urgently requires ice melt to commute to work': This situation reflects inelastic demand, meaning demand does not significantly change with price alterations (he will purchase it even at a higher cost). This is due to the pressing nature of the demand and limited possibilities for postponing it.
Answer:
de-industrialization
Explanation:
Deindustrialization signifies a period in social and economic history characterized by a reduction or complete removal of the industrial sector within a specific area or nation, especially concerning manufacturing or mining sectors. It is essentially the reverse process of industrialization.
This phenomenon typically occurs when industrial activities are no longer deemed economically viable. It marks a stage where industrial growth diminishes or vanishes in a certain locale, often as a result of significant social or economic changes.
