Answer:
FV= $34,993.05
Explanation:
Giving the following information:
Annual deposit= $1,475
Number of periods= 15 years
Interest rate= 6.25%
<u>To calculate the future value, we need to use the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {1,475*[(1.0625^15) - 1]} / 0.0625
FV= $34,993.05
Because mobile banking means you are using smartphones or other devices . Online banking is <span>a method of banking in which transactions are conducted electronically via the Internet . So if you doing mobile banking people can steal your bank information</span>
harry should add $20 per pound
The method of identifying the advantages and disadvantages of various options by looking at the incremental impact on total revenue and total cost caused by a very modest change in the value or input of each alternative (just one unit). Instead of making decisions based on totals or averages, marginal analysis encourages those that focus on small or gradual changes to resources. Examining the costs and possible gains of particular business operations or financial choices is known as marginal analysis. The objective is to ascertain whether the benefits from the change in activity will be great enough to outweigh the costs.
To know more about marginal analysis refer to brainly.com/question/7412432
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Answer: Wide variations in capital structures exist between industries and also between individual firms within industries and are influenced by unique firm factors including managerial attitudes.
Explanation:
Out of the options that are given in the question, the correct option is that wide variations in capital structures exist between industries and also between individual firms within industries and are influenced by unique firm factors including managerial attitudes.
All the other options are false. Debt-to-total-assets ratios varies much among different industries.
Answer:
The Mean return = 0.8*16.5% + 0.2*-11.6%
The Mean return = 0.132 + (-0.0232)
The Mean return = 0.132 - 0.0232
The Mean return = 0.1088
The Mean return = 10.88%
Variance = 0.8*(16.5%-10.88%)^2 + 0.2*(-11.6%-10.88%)^2
Variance = 0.8*(5.62%)^2 + 0.2*(-0.72%)^2
Variance = 0.012634