Answer:
C. password
Explanation:
A transaction is a business activity that involves buyers and sellers. the se two parties agree to exchange goods and services for money. Everyone needs to be on the same page when this happens ; meaning, the sellers should be willing to give out their goods and services and the buyers should be willing to to pay for the what they are interested in. A complete transaction also requires a receipt which is a proof of the exchange . Therefore, having a password is not the only requirement for a transaction.
If the demand for loanable funds shifts to the right, then the equilibrium interest rate and quantity of loanable funds rise.
<u>Option: A</u>
<u>Explanation:</u>
The availability of loanable funds is savings dependent. Lending is dependent on desire for loanable funds. The relationship between the savings supply and loan requirement decides the real interest rate and the amount is being loaned out.
The requirement for loanable funds reflects lenders' actions, as well as the amount of loans requested. The smaller the rate of interest, the less costly it is to lend. The balance of loanable funds on the market is done because the amount of loans lenders want is the same as the amount of savings that savers have. The interest rate varies to ensure that both are equivalent.
Answer:
$0.1
Explanation:
The per unit cost of a production is the sum of variable cost and fixed cost divided by the total number of units produced. The per unit cost is given by the formula:
Per unit cost = (Variable cost + Fixed cost) / Number of units produced
Variable cost = Cost of raw material = Units of raw material × Cost of each unit of raw material = 5 units × $4/unit = $20
Fixed cost = Cost of labor + Capital =(Units of capital × Cost of each unit of capital) + (Units of labor × Cost of each unit of labor) = (8 units × $3/unit) + (2 units × $10/unit) = $24 + $20 = $44
Variable cost + Fixed cost = $20 + $44 = $64
Per-unit cost of production = (Variable cost + Fixed cost) / Total output = $64 / 640 = $0.1
Answer:
the expected return on the portfolio is 15.50%
Explanation:
The computation of the expected return on the portfolio is shown below:
Total investment is
= $2,700 + $3,800
= $6,500
Now
Expected return of portfolio is
= ($2,700 ÷ $6,500) × 12 + ($3,800 ÷ $6,500) × 18
= 4.98% + 10.52%
= 15.50%
Hence, the expected return on the portfolio is 15.50%
Please see attached image to see the
given data.
The trial balance
totals of the debits and credits are $2,250 debit, $2,250 credit.
<span>$1000 (cash) +
$500 (Equipment) + $750 (Salaries Expense) = $2,250 Debit
$350 (Accounts Payable) + $900 (Capital) + $1000 (Service Fees) = $2,250 Credit</span>
