Answer:
1
Explanation:
A factory requires employees to work in unsafe conditions.
The reason of choosing of investment with high risk instead of one with low risk because the high risks stocks, bonds are having more returns as compared to low risks, especially long term stocks.
<h3>What is high risk investment?</h3>
High risk investment is the one who have high chance of loss of capital or under-performance or have a great percentage of amount invested in some stocks.
Some high risk investments are Cryptocurrency, Individual Stocks, Initial Public Offerings, Venture Capital or Angel Investing, Real Estate and others.
Thus, The reason of choosing of investment with high risk instead of one with low risk
For more details about high risk investment, click here:
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Answer:
1500
Explanation:
Breakeven point is the number of units produced and sold where net income is art on it is where revenue equals cost.
The formula for calculating break even points = F / (P - V)
F = fixed cost
P = price
V = variable cost per unit
$270,000 / ($600 - $420) = 1500
I hope my answer helps you
Answer:
The merchandise should be reported on the U.S. Company's December 31, 2020 balance sheet at:
b. $1,050
Explanation:
a) Data and Calculations:
November 30, 2020 Inventory purchase = CHF1,000
Exchange rate on this date = $1.05/CHF
Inventory worth = $1.05 * CHF1,000 = $1,050
b) The inventory should be reported on December 31, 2020 at $1,050. It does not need to be reported at a value above or below this. Even, the debt owed to the Swiss supplier will be reported at this price. It is when payment for the invoice is being made on February 1, 2021 that consideration will be given to the exchange rate at which payment is made.
Answer:
(A) Because the regulation effectively reduced the price of cool air, consumers with sufficiently elastic demand might have bought substantially more of it.
Explanation:
If the demand for energy services remains constant, improving energy efficiency will reduce energy consumption and carbon emissions. However, many efficiency improvements do not reduce energy consumption by the amount provided by simple engineering models. This is because they make energy services cheaper and therefore increases the consumption of those services.
For example, since low-fuel vehicles make travel cheaper, consumers can choose to drive further, thus offsetting some of the possible energy savings. Similarly, an extensive historical analysis of improvements in technological efficiency has conclusively demonstrated that improvements in energy efficiency were almost always overcome by economic growth, which resulted in a net increase in resource use and associated contamination.
