Answer:
IT has impacted the career of individuals to great extend. The ease of using softwares and new technology has made life easier. The information system has led the data storage easier. Huge data can be stored and found within seconds when needed.
Explanation:
The management information system has made individuals store data within the storage disk. This data can be found in minutes.
Answer:
The double-exempt bond is the preferred investment because it has a higher after-tax return Tax benefit .
Explanation:
Calculatation of the after-tax return on both bonds
1)The double-exempt bond does not pay state or federal income taxes.
After-tax return =
Before-tax return = 4.9%
2)The tax-exempt bond is the state income taxes, but not federal in which the states can decide whether to tax their bonds or not.
Interest Income (100,000 * 5%) 5,000
Less: State taxes at 10% (5,000* 10%) (500)
Tax benefit from deduction of state taxes on federal return (500 * 35%) 175
After-tax Income 4,675
After-tax return = 4,675/100,000 = 4.675%
Therefore the double-exempt bond is the preferred investment because it has a higher after-tax return Tax benefit .
Hence the state income tax will be deductible on Juan’s federal tax return and Juan’s federal taxable income will be lower or lesser by $500 which will produces tax savings at his federal marginal tax rate of $500 * 35% = $175.
Answer:
$20,000
Explanation:
GDP is the market value of <u>all final goods and
</u>
<u>services</u> produced within a country in a given period of time.
The GDP includes only the value of final goods, <em>the value of manufactured automobile in this question</em>, not the value of intermediate goods used in it, <em>the windshield, tires, and others.</em>
Reason: The price of intermediate goods (windshield, tires, CD player) is already included in the final price of $20,000.
Hence, GDP discourage to include these intermediate goods value as it will lead to double counting given that they're already included in final price of $20,000.
Answer:
a. 1.51 containers
b. Fewer
Explanation:
The computations are shown below:
a. The number of containers would be
= Annual demand × time × (1 + inefficiency factor) ÷ holding pieces
= 70 × 0.75 × (1 + 0.15) ÷ 40
= 1.51 containers
The time is converted from minutes to hour i.e 45 minutes ÷ 60 minutes = 0.75
b. If the system improves, the fewer containers are required i.e 2 containers approximate because inefficiency factor got decreased