Questions
The current spot price of Amazon stock is $1,823 the current 1-year forward price is $1,944....

The current spot price of Amazon stock is $1,823 the current 1-year forward price is $1,944. The current 1-year risk free rate is 6.5% per annum with semiannual compounding. If there is a $20 transaction fee for the combination of all transactions made, paid today, can you make an arbitrage profit with 100 shares? If there is an arbitrage how much would you make? Otherwise prove that there is not an arbitrage.

In: Finance

consider a 5% semiannual coupon government bond that matures on 15 february 2024 accrued interest on...

consider a 5% semiannual coupon government bond that matures on 15 february 2024 accrued interest on this bond uses the 30/360 day count convention. the coupon payments are made on the 15 february and 15 august of each year. the bond is to be priced for a settlement on 14 may 2015. the annual ytm is stated to be 4.8% par value = 100 what are the full price, accrued interest and flat price on this bond

In: Finance

The Shamrock Corporation has just issued two bonds, 1) a 15-year, $1000 par zero-coupon bond with...

The Shamrock Corporation has just issued two bonds, 1) a 15-year, $1000 par zero-coupon bond with 12% yield to maturity and 2) a 3-year, 6.5% coupon, $100 par bond with a yield to maturity of 7%. (Assume semi-annual compounding)
a) What is the market price of the zero-coupon bond in three year?b) What is the current market price of a coupon bond?

In: Finance

Your US based company exports drendels to the rest of the world. The world market for...

Your US based company exports drendels to the rest of the world. The world market for drendles is highly competitive (so competitive that changes in production in the US do not impact the world price). The current price of a drendle is €100/drendle. Company's cost fix is C(q) =50,000+50q+0.02q2 in US dollars. If the exchange rate is $1.20/€ how much profit in US dollars does your firm make?

In: Economics

how exactly do you determine the miller indices for the first three peaks of a diffraction...

how exactly do you determine the miller indices for the first three peaks of a diffraction pattern? for cubic it makes sense for it to be (100) (110) (111) but for less symmetrical structures how do you determine which planes will have the lowest values. Specifically for structures such as tetragonal, rhombohedral and orthohrombic.

In: Chemistry

An 8-digit password is required to have exactly three 0’s. The other 5 digits can be...

An 8-digit password is required to have exactly three 0’s. The other 5 digits can be any number 1-7, but numbers 1-7 may not be repeated. Write a program that lists all the possible outcomes. Provide your code and first 100 outcomes (Python).

In: Computer Science

A local factory making greeting cards employs only workers and machines. Let x1 represent workers and...

A local factory making greeting cards employs only workers and machines. Let x1 represent workers and x2 represent machines. The firm’s production function is: f(x1, x2)=10*min(x1, 1/2x2)

a) Draw an isoquant representing a quantity of 100 units and an isoquant representing a quantity of 200 units. Label two points on each isoquant.

b) Suppose the firm wants to produce 300 cards. The price of an hour of labor is $20 and the price of a machine hour is $30 per hour. What will be the firm’s costs?

c) Suppose you notice the firm is using 45 worker hours and 100 machine hours. What could you recommend to the firm in order for them to decrease costs without decreasing output? How much money would you save the firm?

In: Economics

A firm is currently producing 80 units of output. At this level of output produced: its...

A firm is currently producing 80 units of output. At this level of output produced:

its average total cost is 100 (ATC = 100

) The market price per unit of output is 120

MR = 40 MC = 20

i. Is this firm making profits or losses? How much?

ii. Are they maximum profits? Why?

iii. If your answer to part ii was no, what does this firm have to do with maximize its profits?

A firm's total cost and marginal cost functions are

TC = 15Q^2+3Q - 25

MC = 30Q+3

Assuming that the market price is 183 and that the marginal revenue (MR) is also 183 ( it is constant at all output levels); how much output will this firm sell (produce) to maximize profits? What will be maximum profits for this firm?

In: Economics

FINANCE MR. Smith buys 100 shares of XYZ stock with cash. His brokerage firm charges a...

FINANCE

MR. Smith buys 100 shares of XYZ stock with cash. His brokerage firm charges a commission of $10 per transaction. Mr. Jones also purchases 100 shares of XYZ stock. He borrows the amount needed to complete the purchase from a bank. The bank charges interest at the continuous risk-free rate of 4% (annually). Mr. Jones' brokerage firm charges a commission of 1% of each transaction amount. The current price of one share of XYZ stock is 18.94. Calculate the profit for both Mr. Smith and Mr.Jones assuming that they both sell all of their shares after 3 months (assume that Mr.Jones must use the proceeds of the stock sale to repay the bank loan). The price of one share of XYZ stock at the end of 3 months is 23.15.

In: Finance

A clothing brand plans to use a model to decide the print run (offer) of a...

A clothing brand plans to use a model to decide the print run (offer) of
a new exclusive garment to maximize your profits. By policies
Your supplier can only produce one package with one of the following
quantities 5,10,25,50 or 100 items with the following prices per pledge
respectively 15,9,7,5,6,5,5 Additionally, it is known that the curve of
manda of its exclusive products tends to be
D (x) = 100/x + 5
(a) Calculate the total cost of each garment package
(b) Determine the equilibrium price for each of the packages
(c) Calculate the total profits generated by each package when sold
completely at equilibrium price
(d) Calculate the net gains by subtracting the total cost from the total
of the package
(e) Determine which package is the most convenient

In: Economics