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Sergio039 [100]
3 years ago
9

Which one of the following is true about risk and return?A) Riskier assets will, on average, earn lower returns.B) The reward fo

r bearing risk is known as the standard deviation.C) Based on historical data, there is no reward for bearing risk.D) An increase in the risk of an investment will result in a decreased risk premium.E) In general, the higher the expected return, the higher the risk.
Business
1 answer:
ollegr [7]3 years ago
3 0

Answer:

E) In general, the higher the expected return, the higher the risk.

Explanation:

In order to attract potential investors, investments that bear a higher risk must offer a higher expected return. This is known as the risk-return tradeoff principle. Abiding by that same logic, investments with lower associated risk tend to offer lower expected returns since they are a "safe bet".

Therefore, the answer is E) In general, the higher the expected return, the higher the risk.

You might be interested in
Eva, the owner of eva's second time around wedding dresses, currently has five dresses to be altered, shown in the order in whic
AlladinOne [14]
The correct answer is 2.2 hours.

I<span>f Eva uses the earliest due date priority rule, the order of the dresses will be as follows: W (1 hour processing time, 1 hour due); Y (2 hrs processing time, 3 hrs due); V (3 hrs processing time, 5 hrs due); Z (5 hrs processing time, 7 hrs due); X (4 hrs processing time, 9 hrs due).</span> 

It's easier to do the next step using real numbers. For example, if it's 11am now and W is due in 1 hour, then W is due at noon. If Y is due in 3 hours, then Y is due at 2pm, etc. Then, you need to use the processing time to see how long it will take to make the dresses. For example, since W takes one hour to process, it will be done by noon, its due date. 

This means that W and Y will be altered on time, V will be 1 hour late, Z will be 4 hours late, and X will be 6 hours late. To find the average tardiness, add these extra hours (1+4+6) = 11, and divide by the total number of dresses (even the ones that weren't late) 5: 11/5 = 2.2 hours.
8 0
3 years ago
A produce distributor uses 774 packing crates a month, which it purchases at a cost of $12 each. The manager has assigned an ann
ki77a [65]

Answer:

$444.42

Explanation:

For computing the saving amount, first need to calculate the economic order quantity, total cost etc

The economic order quantity is

= \sqrt{\frac{2\times \text{Annual demand}\times \text{Ordering cost}}{\text{Carrying cost}}}

where,

Annual demand is

= 774 packaging crates × 12 months

= 9,932 crates

And, the carrying cost is

= $12 × 34%

= $4.08

= \sqrt{\frac{2\times \text{9,288}\times \text{\$29}}{\text{\$4.08}}}

= 363.37 crates

Now the total cost is

= Annual ordering cost + Annual carrying cost

= Annual demand ÷ Economic order quantity × ordering cost per order + Economic order quantity ÷ 2 × carrying cost per unit

= 9,288 ÷ 363 × $29 + 363 ÷ 2 × $4.08

= $742.02 + $740.52

= $1,482.54

Now the total cost in case of 774 packing crates is

= Annual ordering cost + Annual carrying cost

= Annual demand ÷ Economic order quantity × ordering cost per order + Economic order quantity ÷ 2 × carrying cost per unit

= 9,288 ÷ 774 × $29 + 774 ÷ 2 × $4.08

= $348 + $1,578.96

= $1,926.96

So, the annual saving cost is

= $1,926.96 - $1,482.54

= $444.42

6 0
3 years ago
You plan to invest in bonds that pay 6.0%, compounded annually. If you invest $10,000 today, how many years will it take for you
kati45 [8]

Answer:

The answer is 16 years.

Explanation:

The formula for calculating the value of an investment that is compounded annually is given by:

V(n)=(1+R)^nP

Where:

n is the number of years the investment is compounded,

R is the annual interest rate,

P is the principal investment.

We know the following:

25000=(1+0.06)^n \times 10000

And we want to clear the value <em>n</em> from the equation.

The problem can be resolved as follows.

<u>First step:</u> divide each member of the equation by 10,000:

\frac{ 25000}{10000}=(1+0.06)^n \times \frac{ 10000}{10000}

2.5=(1.06)^n

<u>Second step:</u> apply logarithms to both members of the equation:

log(2.5)=log (1.06)^n

<u>Third step:</u> apply the logarithmic property logA^n=n.logA in the second member of the equation:

log(2.5)=n.log (1.06)

Fourth step: divide both members of the equation by log1.06

\frac{log(2.50)}{log (1.06)} =n

n= 15.7252

We can round up the number and conclude that it will take 16 years for $10,000 invested today in bonds that pay 6% interest compounded annually, to grow to $25,000.

6 0
3 years ago
At the beginning of a year, a company predicts total direct materials costs of $1,020,000 and total overhead costs of $1,220,000
Dima020 [189]

Answer:

Predetermined manufacturing overhead rate= $1.961 per direct material dollar

Explanation:

Giving the following information:

At the beginning of a year, a company predicts total direct materials costs of $1,020,000 and total overhead costs of $1,220,000.

To calculate the predetermined manufacturing overhead rate we need to use the following formula:

Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base

Predetermined manufacturing overhead rate= 1,220,000/1,020,000

Predetermined manufacturing overhead rate= $1.961 per direct material dollar

5 0
3 years ago
Chavez Corporation reported the following data for the month of July: Inventories: Beginning Ending Raw materials $46,000 $39,50
Archy [21]

Answer:

Cost of goods manufactured= $228,700

Explanation:

<u>To calculate the cost of goods manufactured, we need to use the following formula:</u>

cost of goods manufactured= beginning WIP + direct materials + direct labor + allocated manufacturing overhead - Ending WIP

cost of goods manufactured= 25,500 + (46,000 + 75,500 - 39,500) + 100,500 + (68,500 - 11,800) - 36,000

cost of goods manufactured= $228,700

We deduct the indirect material from overhead because it is already incorporated into direct materials.

6 0
3 years ago
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