Answer:
True
Explanation:
The Fair Credit Reporting Act of 1970 (FCRA) was enacted as a legislation by the U.S. Federal Government to ensure accuracy, fairness, and privacy of consumer information which consumer reporting agencies have in their files. The aim is to ensure that inaccurate information are not intentionally and/or negligently included in the credit report of consumer reporting agencies.
Although, initially when FRCA was passed in 1970, customers does not have the option of preventing sharing of information about them. However, when FCRA was amended in 1996, it allows companies to share among their affiliates different data collected on their customers subject to the provision that customers are allowed to prevent the sharing of the information.
Therefore, under the Fair Credit Reporting Act of 1970 (FCRA), consumers can stop financial institutions from sharing their credit report or credit applications with affiliates.
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Answer: $8750
Explanation:
The amount of gross margin that resulted from these business events will be calculated as:
Purchase = $10000
Less: Purchase discount = $10000 × 2% = $200
Add: Freight paid = $450
Total purchase = $10250
Gross margin = Sales - Total Purchases
= $19000 - $10250
= $8750
Answer:
DEBIT SIDE $1,450,000
CREDIT SIDE $1,450,000
Explanation:
Preparation of a corrected unadjusted trial balance.
DEBIT SIDE
Cash $42,900
Accounts Receivable $123,500
Prepaid Insurance $27,000
Equipment $300,000
Dividends $5,000
Salary Expense $660,000
Advertising Expense $275,000
Miscellaneous Expense: $16,600
TOTAL $1,450,000
CREDIT SIDE
Accounts Payable $52,000
Salaries Payable $4,800
Common Stock $40,000
Retained Earnings $137,200
Service Revenue $1,216,000
TOTAL $1,450,000
Therefore the corrected unadjusted trial balance will have a debit and credit balance of $1,450,000
Answer:
The correct answer is $71,908.99.
Explanation:
According to the scenario, the given data are as follows:
PV =$22,000
For Time period (t1) = 13 years
Rate of interest (r1) = 4.5%
For time period (t2) = 16 years
Rate of interest (r2) = 3.9%
So, we can calculate the future value by using following formula:
FV = PV × (1+r1)^t1 × ( 1 + r2)^t2
So, by putting in the formula, we have
FV = ($22,000 × (1+4.5%)^13) × (1+3.9%)^16
= $71,908.99
Answer:
Price of bond $4,092.49
Explanation:
Computation the price of the bond
Using this formula
Price of bond=Par value*1/(1+YTM/2)^(2*time period)
Where,
Par value=$10,000
1/(1+YTM/2)=1/(1+0.043/2)
(2*time period)=(2*21 years)
Let plug in the formula
Price of bond=$10,000*1/(1+0.043/2)^(2*21)
Price of bond=$10,000*1/(1.0215)^42
Price of bond=$10,000*(0.97895252)^42
Price of bond=$10,000*0.4092497467
Price of bond=$4,092.49
Therefore the price of the bond will be $4,092.49