Answer:
13.50%
Explanation:
From the given information ; we use EXCEL to compute the Dataset given and use it to determine the expected return on what the stock portfolio would be.
Check the attached file below for the solution in Excel Sheet.
Answer:
the numbers are missing, so I looked for a similar question:
- Investment in the business $17,010
-
Borrow cash $7,620
- Purchase equipment $8,300
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Revenues earned $298,600
- Expenses incurred $210,900
- Dividends $15,000
since there is not enough room here, I used an excel spreadsheet. I assumed all sales were on cash and all expenses were also paid using cash.
Answer:
The Current account is for goods and services.
The Financial account is for exchange of currencies and financial assets across countries.
Miguel, a U.S. resident, buys an HDTV set for $2,500 and sends it to Mexico as a gift to his parents. <u>DEBIT CURRENT ACCOUNT. CREDIT CURRENT ACCOUNT. </u>
Miguel buys the good in the U.S. and then sends it so this falls under the current account alone.
Arielle, a French tourist, stays at a hotel in San Francisco and pays $400 for it with her debit card issued by a French bank. <u>DEBIT FINANCIAL ACCOUNT. CREDIT CURRENT ACCOUNT. </u>
The Financial account should be debited to show that currency is coming into the U.S. from outside the country and current account should be credited for services rendered.
A U.S. computer manufacturer purchases hard drives from a Korean company, paying the funds from its bank account in Korea. <u>DEBIT CURRENT ACCOUNT. CREDIT FINANCIAL ACCOUNT. </u>
Current account should be debited to reflect that goods are coming into the country but the financial account should be credited to show that currency is leaving the ownership of an American entity so it is passing out of American hands.
Answer:SMS/Messages
Explanation:
Inservices allows users to send an recive text messages.
Answer:
PV= $9,626.49
Explanation:
Giving the following information:
Cash flow= $1,500
Interest rate= 9%
Number of years= 10
First, we will determine the future value, using the following formulas:
FV= {A*[(1+i)^n-1]}/i
A= cash flow
FV= {1,500*[(1.09^10) - 1]} / 0.09
FV= $22,789.395
Now, the present value:
PV=FV/(1+i)^n
PV= 22,789.395/(1.09^10)
PV= $9,626.49
