Help asap giving brainliest if correct

Suppose that the risk-free rates in the United States and in Japan are 5.25% and 4.5%, respectively. The spot exchange rate betw

kotegsom [21]

Answer:

$0.008891/Yen

Explanation:

The computation of arbitrage free rate is shown below:-

Fair forward rate = Spot rate × (1 + Interest rate US) ÷ (1 + Interest Rate Japan)

= 0.008828 × (1 + 5.25%) ÷ (1 + 4.5%)

= $0.00889135885/Yen

or

= $0.008891/Yen

Therefore for computing the arbitrage free rate we simply applied the above formula.

6 0

3 years ago

How much would Keith have in his account after three years if he started with $200 and earns 2 percent interest, compounding ann

padilas [110]

212.24 would be your answer. 12.24 is just how much he makes off interest, not the total amount. 200 is what he started with. And 400 is just way to high of a number.

3 0

3 years ago

Read 2 more answers

The development of a nationwide computerized job bank listing all job openings would most likely reduce:

MA_775_DIABLO [31]

<span>This would likely reduce the unemployment rate for many states, including the entire nation. Making this info available at one place, rather than across thousands of website, would make things easier for potential employees to find these opportunities.</span>

7 0

3 years ago

C1. Airbnb and Uber

Pachacha [2.7K]

If you are an auditory learner, you learn by hearing and listening. You understand and remember things you have heard. You store information by the way it sounds, and you have an easier time understanding spoken instructions than written ones. You often learn by reading out loud because you have to hear it or speak it in order to know it.

7 0

3 years ago

Target purchases home goods made by a supplier in China. Target's stores in the United States sell 200,000 units of home goods e

kipiarov [429]

Given:

Annual Demand(D) = 200,000 × 12 = 2,400,000 units

Cost per order(S) = $500 per order

Holding cost(H) = 20% of Unit cost = $10 × 20% = $2

Unit cost =$10

Computation:

1) Optimal Order size = $\sqrt{\frac{2DS}{H} }$

Optimal Order Size= $\sqrt{\frac{2\times 2,400,000\times 500}{2} }$

$Optimal\ Order\ Size = 34,641 Units (Approx)$

2) $Annual\ holding\ cost = (Optimal\ Order\ Size / 2) \times Holding\ Cost$

Annual holding cost = (34,641 / 2) × 2

Annual holding cost = $34,641

3) Number of Order per year = Annual demand / Optimal Order Quantity

Number of Order per year = 2,400,000 / 34,641

Number of Order per year = 69.2820646

Number of Order per year = 69 order (Approx)

4) Annual variable transportation cost = Transportation per unit × Annual Demand

Annual variable transportation cost = $0.10 × 2,400,000

Annual variable transportation cost = $240,000

5) Annual Clerical Cost = Number of Order per year × Cost per Order

Annual Clerical Cost = 69.282 × $500

Annual Clerical Cost = $34,641

3 0

3 years ago