Answer: Can be issued in return for money borrowed from a bank.
Explanation:
Short term notes payable are liabilities issued by a company indicating that they have an obligation to pay a certain amount (including interest) within the a year which makes it a current liability.
It can be issued in lieu of money borrowed from a bank as well as an accounts payable.
Answer a) The letter b is best described as the estimate of the cost for an additional customer visit.
Answer b) The letter y is best described as the observed store cost for a given month.
Answer c) The letter x is best described as observed customer visit for a given month.
Answer d) The estimated cost for 370 customer visits is
Y = a + bx
a =$ 687.65 b = $ 7.59 x = 370 customer visits
Y = $ 687.65 + ($ 7.59 * 370 customer visit) = $ 687.65 + $ 2,808.3 = $ 3,495.95
Answer e) The percent of total variance that can be explained by regression equation is R2 = 0.79754 or 79.754%
For the past five years, Logan has reported little to no taxable income because he paid Graham a salary of $500,000 a year.
Multiply that result by the number of shares held for each individual shareholder. Complete Appendix K, the form companies must submit to list the amount of income attributable to each shareholder for the tax year.
The gross S Corporation income (or loss) reported in Appendix E is included in the income from rentals, royalties, partnerships, S Corporations, trusts, etc. section of an individual's Form 1040.
S corporation tax rate refers to the federal, state, and local personal income taxes an S corporation must pay. S Corporation owners must pay state and local income taxes ranging from 0% to 13.3% and a maximum federal income tax of 39.6%.
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Explanation:
avoid diversity in the makeup of the workforce
Answer:
He must deposit $10,168.07 per year to reach the future value of $1,000,000.
Explanation:
Giving the following information:
Final value= 1,000,000
n= 25
Interest rate= 10%
We need to calculate the annual deposit necessary to reach the goal of $1,000,000.
To calculate the annual deposit, we need to use the following variation of the future value formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,000,000*0.1) / [(1.10^25) - 1]
A= $10,168.07
He must deposit $10,168.07 per year to reach the future value of $1,000,000.
