All categories

3 years ago

What conclusion about state and local spending responsibilities can be drawn from the chart?

Business

2 answers:

Over [174]3 years ago

6 0

where is the chart? and what chart?

Vesnalui [34]3 years ago

5 0

Answer:

Here’s the chart I’m trying to figure out the answer too

Explanation:

You might be interested in

The point at which it is no longer advantageous to buy in bulk is known as marginal?

kipiarov [429]

The point at which it is no longer advantageous to buy in bulk is known as marginal. It is the incremental increase in a benefit to a consumer caused by the consumption of an additional unit of good.Marginal benefits normally decline as a consumer decides to consume more and more of a single good.

8 0

3 years ago

Read 2 more answers

Assume that you finance a new car when you graduate. It will cost $120,000 and you will finance it with a 84 month contract havi

shusha [124]

Answer: $1942.89

Explanation:

Since the car will cost $120,000 and it will be financed with a 84 month contract having a nominal rate of 9.20%, then the monthly payment will be:

= PMT(9.2%/12, 84, -120000)

This will be slotted into the Excel calculator and the answer gotten will be $1942.89

Therefore, the monthly payment will be $1942.89.

6 0

3 years ago

Due to ____, market forces should realign the cross exchange rate between two foreign currencies based on the spot exchange rate

aksik [14]

Answer:

Triangular Arbitrage

Explanation:

Arbitrage is the financial practice in which the prices of two or more different markets are taken advantage of to make profit as a result of tthe imbalance in the prices of the markets.

Also known as 3 point or cross currency arbitrage, Triangular arbitrage is the taking advantage/ exploiting of the pricing differences between 3 currencies on the foreign exchange market.

Simply put, triangular arbitrage is a situation in which the exchange rates between 3 currencies are not the same.

Triangular arbitrage is difficult to come by as it requires very advanced computer systems to detect and take advantage of.

I hope this helps.

6 0

2 years ago

Which type of question best fits the purpose of an interview

Elena L [17]

I think the answer would be a background question.

I hope that helped :)

3 1

3 years ago

Read 2 more answers

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

3 years ago