The simple exponential smoothing is a method suitable
for predicting data with no style or seasonal pattern. While
in Moving Averages the past observations are weighted similarly, Exponential
Smoothing allocates exponentially lessening weights as the
observation get older.
<span>Forecast for upcoming week = 25.10 + 0.3 (31 – 25.10) =
26.87</span>
Videotapes, Physical evidence (something with possible DNA), Pictures.
Answer:
See explanation
Explanation:
(a) Assets are understated - If we do not adjust accrued revenue, the assets are understated. For example - if we do not add any outstanding rent revenue, the assets will become understated.
(b) Liabilities are overstated - If we do not adjust unearned revenue, the liabilities are overstated. For example - if we do not deduct any expired unearned revenue, the liabilities will become overstated.
(c) Liabilities are understated - If we do not adjust accrued expense, the liabilities are understated. For example - if we do not add any outstanding rent expense, the liabilities will become understated.
(d) Expenses are understated - If we do not adjust accrued expense and prepaid expense, the expenses are understated. For example - if we do not add any outstanding rent expense and expired prepaid expenses, the expenses will become understated.
(e) Assets are overstated - If we do not adjust prepaid expense, the assets are overstated. For example - if we do not deduct any expired prepaid insurance, the assets will become overstated.
(f) Revenue is understated - If we do not adjust accrued revenue and unearned revenue, the revenue is understated. For example - if we do not add any outstanding rent revenue and expired unearned revenue, the revenue will become understated.
Answer:
$4,038
Explanation:
Present value (PV) is the current value of a future sum of money or stream of cash flows given a specified rate of return. Future cash flows are discounted at the discount rate, and the higher the discount rate, the lower the present value of the future cash flows.
Present Value = Future Value x (1/ ( 1 + interest rate ) ^ number of periods)
Present Value = 6,000 x (1/ ( 1 + 0.08) ^ 5)
Present Value = 6,000 x 0.68058
Present Value = $4,038
