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>
Answer:
The carrying value of the bonds immediately after the first interest payment is $434,300.
Explanation:
Face value of the bond = $440,000
Proceeds from bond issue = $434,000
Discount on bond payable = Face value of the bond - Proceeds from bond issue = $440,000 - $434,000 = $6,000
Total number of seminual = Number of years of bond maturity * Number of semiannual in a year = 10 * 2 = 20
Discount amortizaton per semiannual = Discount on bond payable / Total number of seminual = $6,000 / 20 = $300
Carrying value after first interest payment = Proceeds from bond issue + Discount amortizaton per semiannual = $434,000 + $300 = $434,300
Therefore, the carrying value of the bonds immediately after the first interest payment is $434,300.
Answer:
remains unchanged as price increases when demand is unit elastic.
Explanation:
Total revenue = price × quantity
Demand is elastic when a small change in price has a greater effect on the quantity demanded.
If price is increased and demand is elastic, quantity demanded would fall more than the increase in price and total revenue falls.
Demand is inelastic if a small change in price has little or no effect on quantity demanded.
If price is increased and demand is inelastic, change in quantity demanded would be less than changes in price. As a result, total revenue would increase.
Demand is unit elastic if a change in price has an equal proportional effect on quantity demanded. The elasticity of demand always sums up to one.
If price is increased and demand is unit elastic, there would be no change in total revenue.
I hope my answer helps you
Answer:
11.3%
Explanation:
Given that,
Growth rate of industrial production, IP = 4%
Inflation rate, IR = 3.0%
Beta = 1.1 on IP
Beta = 0.5 on IR
Rate of return = 7%
Before the changes in industrial production and inflation rate:
Rate of return = α + (Beta on IP) + (Beta on IR)
7% = α + (1.1 × 4%) + (0.5 × 3%)
7% = α + 4.4% + 1.5%
7% - 4.4% - 1.5% = α
1.1% = α
With the changes:
Rate of return:
= α + (Beta on IP) + (Beta on IR)
= 1.1% + (1.1 × 7%) + (0.5 × 5%)
= 1.1% + 7.7% + 2.5%
= 11.3%
Therefore, the revised estimate of the expected rate of return on the stock is 11.3%.
Answer:
c. nuclear accident
Explanation:
Personal Auto Policy is the most common policy for the insured. However, Nuclear accident is not covered under this policy. The policy covers hail, collision with animals and birds as well as falling tree branches.
