Answer:B. Running his own small farm.
Explanation:
Having got the exprience in running a farm, couple with his financial and managerial knowledge from Accounting will help him to be successful.
Answer:
April 1. Paid six months of rent, $4,800
Requires Deferred expense-type of adjusting entry
April 10. Received $1,200 from customer for six month service contract that began April 1.
Requires Deferred revenue-type of adjusting entry
April 15. Purchased a computer for $1,000.
Requires Deferred expense-type of adjusting entry
April 18. Purchased $300 of office supplies on account
Requires Deferred expense-type of adjusting entry
April 30. Work performed but not yet billed to customer, $500
Requires Accrued revenue-type of adjusting entry
April 30. Employees earned $600 in salaries that will be paid May 2.
Requires Accrued expenses-type of adjusting entry
<span>The predicted productivity equation is 2.0 + .5 * Experience + .2 * aptitude score . Then we can use the slope coefficients to figure this out. Jack gains .5 *.3 from his extra three months and Jill has gained from her extra 20 points on the aptitude test .2 * 20 = 4 . Then we have that 4 – 1.5 = 2.5 thus Jill is predicted to be more productive than Jack. Thus the answer is b.</span>
They perform a " waggle dance" to indicate the direction of the hive and also to tell them how to get to flowers- it's sort of like a map for them
Answer:
net present value is
$228,652.29-$200,000.00
=$28,652.29.
Explanation:
Net cashflows
Year 1= 100000
Year 2= 90000
Year 3= 95000 (75000+ 20000)
Totals= 285000
Present value at 12%
Formula for present value=
1/(1+r)^n
where r= interest rate
n= number of years
Year 1=1/(1+0.12)^1 =0.8929
Year 2=1/(1+0.12)^2= 0.7972
Year 3=1/(1+0.12)^3 =0.7118
Present value of net cash flows =
Present value × net cash flows.
Year 1= 0.8929 × 100000= $89,285.71
Year 2=0.7972 ×90000= $71,747.45
Year 3=0.7118×95000= $67,619.12
Totals = $228,652.29
Amount invested= $(200,000.00)
Net present value (NPV) is referred to as the difference between the present value of cash inflows and the present value of cash outflows over a period of time. Net Present Value is used in capital budgeting and investment planning to analyze the profitability of a projected investment or project.
Therefore, net present value is
$228,652.29-$200,000.00
=$28,652.29.