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3 years ago

If using insider information "happens all the time," as sue told lauren, it is likely that the company lacks a strong ________.

1 answer:

4 0

If using insider information "happens all the time," as Sue told Lauren, it is likely that the company lacks a strong ethical climate. The ethical climate refers to the moral atmosphere within a work place. The ethical climate takes the values, decisions and choices into consideration and the ultimately what decision was made. The commend "it happens all the time" shows that even though there are other options to be made, the better options are less likely to be chosen.

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Price elasticity for a good depends on the share of a consumer's budget spent on a good. Other things being equal, which of the

kvasek [131]

Answer:

Monthly Cell Phone Bill

Explanation:

Other things being equal, the higher the price of a good relative to a consumer's income, the greater the price elasticity of demand. Hence, the price elasticity of demand for low-priced items, such as thumbtacks and fish food, tends to be lower than the price elasticity of demand for relatively expensive items, such as monthly cell phone bill, that represent a more significant fraction of a consumer's annual income.

Be sure to consider not just the price, however, but also the overall portion of a consumer's annual income spent on an item. For example, one latte costs only $3.00, but for daily coffee drinkers the annual expense could be around $1,000. The elasticity of demand for lattes is therefore likely to be higher than that for other low-priced items (such as thumbtacks) that may need to be purchased only a few times annually.

4 0

2 years ago

Economist A believes that the elasticity of investment is 1.47 while economist B believes that the elasticity of investment is 0

Anna71 [15]

Answer:

Economist A

Explanation:

Elasticity is a measure of investment sensitivity. If the investment is elastic, a slight increase in price (interest rate) will decrease the amount of investment. Conversely, if the investment is inelastic, a change in interest rates will not considerably affect the investment rate. The calculation of elasticity consists of the change in the investment rate divided by the change in the interest rate. If the calculation of elasticity is less than 1, it is considered ineastic, while investments with elasticity above 1 are considered elastic. Thus, economist A believes that the investment rate is elastic to the interest rate, while economist B believes the opposite. So for economist A the rise in interest rates will affect the investment rate of the economy (and hence the macroeconomic environment) because in his view investment is elastic. Economist B does not believe that interest rate fluctuations will affect demand for investments.

8 0

2 years ago

If an application asks you to indicate a salary range, you should

goldfiish [28.3K]

Answer:

What to Put for Desired Salary on Job Applications. The best way to answer desired salary or salary expectations on a job application is to leave the field blank or write 'Negotiable' rather than providing a number. If the application won't accept non-numerical text, then enter “999,” or “000”.

Explanation: *write "open" or "negotiable"

4 0

2 years ago

Machinery was purchased for $460000 on January 1, 2022. Freight charges amounted to $15000 and there was a cost of $34000 for bu

Andrews [41]

Answer:

The amount of accumulated depreciation at December 31, 2023 = $88,800.

Explanation:

Determining the actual acquisition cost.

The actual acquisition cost = Purchase value + freight charges + Installation costs.

The actual acquisition cost = 460,000 + 15,000 + 34,000.

The actual acquisition cost = $509,000.

Determining the depreciable cost.

The depreciable cost = acquisition cost - Salvage value.

The depreciable cost = 509,000 - 65000.

The depreciable cost = $444,000.

Determining annual depreciation expense.

Annual depreciation expense = depreciable cost / number of years.

Annual depreciation expense = 444,000 / 10.

Annual depreciation expense = 44,400.

Determining the accumulated depreciation .

The accumulated depreciation = annual depreciation expense × number of years.

The accumulated depreciation = 44,400 × 2.

The amount of accumulated depreciation at December 31, 2023 = $88,800.

6 0

2 years ago

For fixed-rate bonds it's important to realize that the value of the bond has a(n)-Select relationship to the level of interest

pogonyaev

Answer:

Answer is explained in the explanation section below.

Explanation:

It's necessary to remember that the value of fixed-rate bonds is inversely proportional to the level of interest rates. The value of the bond decreases as interest rates rise; moreover, the value of the bond rises as interest rates fall. A Bond with a lower coupon sells for less than its face value. When the going rate of interest is higher than the coupon rate, this condition arises. The value of the asset would increase over time. A higher coupon bond is one that sells for a higher price than its face value. When the going rate of interest is lower than the coupon rate, this condition arises. Its value will gradually decrease until it reaches its maturity value. A par value bond that sells at par, with a coupon rate equal to the current interest rate. The coupon is usually set at the going market rate on the day the bond is sold, so it sells at par at first.

Calculations:

C = Coupon Payments = $60 (Par Value x Coupon Rate)

n = number of years = 10

i = market rate or required yield = 7% = 0.007

K = number of coupon payments in 1 year = 1

P = value at maturity or par value = 1000

Present value of ordinary annuity formula:

Bond Price = C/k * $[\frac{1 - \frac{1}{(1 + \frac{i}{k})^{nk} } }{\frac{i}{k} } ]$ + $\frac{P}{(1 + \frac{i}{k})^{nk} }$

Just plug in the values and you will get:

Bond Price = 60 x 7.02 + 508.35

Bond Price = 421.41 508.35

Bond Price = $929.76

Similarly,

Data:

C = Coupon Payments = $60 (Par Value x Coupon Rate)

n = number of years = 10

i = market rate or required yield = 7% = 0.007

K = number of coupon payments in 1 year = 2

P = value at maturity or par value = 1000

Present value of ordinary annuity formula:

Bond Price = C/k * $[\frac{1 - \frac{1}{(1 + \frac{i}{k})^{nk} } }{\frac{i}{k} } ]$ + $\frac{P}{(1 + \frac{i}{k})^{nk} }$

Just plug in the values and you will get:

Bond Price = 30 x 14.21 + 502.57

Bond Price = 426.37 + 502.57

Bond Price = $928.94

8 0

2 years ago