Answer:
I agree with Mike because pure risks involve only possible losses. Since he owns his house, the possibility of it burning down would represent only a loss to him.
But if he buys insurance, he will pay an insurance premium which means that if the house burns down, the company will lose money, but if the hose doesn't burn down, the insurance company will make a profit. This represents speculative risk because the possibility of a gain and a loss exist.
Answer:
Total variation= $363 favorable
Explanation:
Giving the following information:
Sheridan Company’s standard labor cost per unit of output is $33.00 (3.00 hours x $11.00 per hour). During August, the company incurs 2,970 hours of direct labor at an hourly cost of $12.10 per hour in making 1,100 units of finished product.
Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (3,300 - 2,970)*11= 3,630 favorable
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Quantity
Direct labor rate variance= (11 - 12.1)*2,970= 3,267 unfavorable
Total variation= 363 favorable
Answer:
2.87%.
Explanation:
The total return, also refer to as Nominal return or Money return, is based on the nominal interest rate. For example, let's say that you deposited $100 into a bank account and the bank offers you an annual return of 11%. This 11% is the stated interest rate, it is known as nominal interest rate, and it is rate before taking into account the effect of inflation. When we deduct the effect of inflation from nominal rate, it gives us the real rate. Real rate reflects the Purchasing Power. The Fisher equation will be used to determine the expected inflation rate. The Fisher equation is as follows:
(1 + i ) = (1 + r) * (1 + h)
where
i = Nominal (Money) rate
r = Real rate
h = Inflation rate
Simply adjust the equation to calculate the inflation rate;
⇒ h = [(1 + i) / (1 + r)] - 1
OR h = [(1 + .11) / (1 + .079)] - 1 = 2.87%.
Answer:
1. 2600 units
2. $72,800
3. 2,675 units
4. $74,900
Explanation:
Provided,
Sales price per unit = $28
Variable cost per unit = $20
Thus, Contribution per unit = Sales price - variable cost = $28 - $20 = $8
Contribution as percentage = 
Fixed Cost = $20,800
1. Break even point in unit sales = 
= 
2. Break even point in dollars = Break even point in units 
sales price per unit
= 2,600 $28 = $72,800
Or straight break even point in dollars = 
3. In case fixed cost increase by $600
New fixed cost = $20,800 + $600 = $21,400
Thus, break even point in units shall be = 
4. Break even point in sales = 
Mr. Rational is a utility maximizer, he should buy less of X and more of Y.
<h3>What do you mean by marginal utility?</h3>
- In economics, marginal utility refers to the additional pleasure or benefit (utility) a buyer receives by purchasing an additional unit of a good or service.
<h3>What is marginal utility and formula?</h3>
- The general rule in economics is that marginal utility equals total utility change divided by change in quantity of goods.
- The equation looks like this Total utility difference divided by amount of commodities difference equals marginal utility.
- Find the first event's overall utility.
According to the question:
The amount that Mr. Rational is going to spend = $27.
Quantity of good X = 5 units.
Price of good X (Px) = $3 per unit.
Marginal utility of 5th unit of X (MUx) = 30.
Quantity of good Y = 6 units.
Price of good Y (Py) = $2 per unit.
Marginal utility of 6th unit of Y (MUy) = 18.
Now find 
Now 
Since the 
So, good x will be substituted for y in order to reach the consumer equilibrium.
Learn more about marginal utility here:
brainly.com/question/15050855
#SPJ4
