Answer:
Option (3) $1,245
Explanation:
Data provided in the question:
General ledger checking account balance = $1,360
Bank balance on bank statement = $1445
Deposits in transit = $150
Outstanding checks = $350
Bank statement service charges = $30
NSF checks = $85
Now,
The Correct cash balance will be
Bank balance on bank statement $1,445
Add : Back deposits in transit $150
Subtract : Outstanding checks $350
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Correct balance $1,245
Hence,
Option (3) $1,245
Answer and explanation:
Althea is covered by the Equal Employment Opportunity Commission (<em>EEOC</em>). The EEOC is an agency of the federal government of the United States that enforces federal laws regarding discrimination of <em>race, sex, age, religion, ethnicity, national origin or impairment</em>. Althea was fired with the excuse that it is not "appropriate" for an African American deejay to play music on a white Christian music station. This is reason enough to sue the radio station for discrimination.
Answer:
c. 11.70 percent
Explanation:
The computation of the cost of preferred stock is shown below:
= Annual dividend ÷ Sale price of preferred stock × (1 - flotation cost)
= $9.35 ÷ $85 × (1 - 6%)
= $9.35 ÷ $79.9
= 11.70%
We ignored the marginal tax rate i.e 30%. In the case of preferred stock, the flotation cost would be deducted. We consider all the things that are given in the question
Answer: PMI will automatically be dropped when the balance reaches $117,000.
Explanation: PMI stands for private mortgage insurance. This is an insurance policy that banks often require lenders to have when they do not have a 20% down payment on a new home.
PMI is automatically dropped with the amount of the mortgage due is reduced to 78% of the original appraised value of the home. In this case, the home was originally purchased for $150,000. 78% x 150,000 = $117,000. When the loan reaches $117,000 the pmi will automatically be dropped.
Answer:
3 years
Explanation:
The computation of the time period is shown below
Present value of annuity = Annuity × [1 - (1 + interest rate)^-time period] ÷ rate
$2,000 = $734.42 × [1 - (1.05)^-n] ÷ 0.05
$2,000 = $14,688.4 × [1-(1.05)^-n]
1-(1.05)^-n = ($2000 ÷ $14,688.4)
(1.05)^-n = 1 - ($2000 ÷ $14,688.4)
( 1 ÷ 1.05)^n = 0.86383813
Now take the log to the both sides
n × log(1 ÷ 1.05) = log0.86383813
n = log0.86383813 ÷ log (1 ÷ 1.05)
= 3 years