Answer:
$16,000
Explanation:
Data provided
Ending cash balance = $72,000
Beginning cash balance = $51,000
Cash receipts = $135,000
Cash disbursements = $130,000
The computation of cash borrowing is shown below:-
Ending cash balance = Beginning cash balance + Cash receipts - Cash disbursements + Cash borrowings
$72,000 = $51,000 + $135,000 - $130,000 + Cash borrowings
Cash borrowings = - $72,000 + $51,000 + $135,000 - $130,000
= $186,000 - $202,000
= $16,000
Answer: You should wait until the road is straight and completely clear of cars, obstructions, animals, etc before passing.
Hope this helps! :)
Explanation:
Answer:
$291.56
Explanation:
Find the dividend amount per year;
D1 = D0(1+g ) = 3.40(1+0) = 3.40
D2 = 3.40*(1.05) =3.57
D3 = 3.57*(1.05) =3.7485
D4= 3.7485*(1.15) = 4.3108
D5 = 4.3108 *(1.10) = 4.7419
Find the Present value of each year's dividend;
PV (of D1) = 3.40/ (1.14 ) = 2.9825
PV (of D2) = 3.57/ (1.14² ) = 2.7470
PV (of D3) = 3.7485/ (1.14³ ) = 2.5301
PV (of D4) = 4.3108/ (1.14^4 ) = 2.5523
PV (of D5 onwards)
PV (of D5 onwards) = 280.7519
Next, sum up the PVs to find the maximum price of this stock;
= 2.9825 + 2.7470 + 2.5301 + 2.5523 + 280.7519
= 291.564
Therefore, an investor should pay $291.56
Answer:
$10,700
Explanation:
The unit product cost = $15 + $57 + $3 = $75
Sale revenue = $100 × 8,400 = $840,000
Less :Variable cost
Variable cost of goods sold = 8,400 × $75 = $630,000
Variable selling and administrative = 8,400 × $7 = $58,800
Contribution margin = $151,200
Fixed manufacturing overhead = $132,000
Fixed selling and administrative expenses = $8,500
Net operating income = $10,700
Answer with Explanation:
The decision making under the conditions of uncertainty:
Uncertainty is an unquantifiable outcome of a decision that can not be mathematically modeled whereas risk is a quantifiable outcome of a decision that can be mathematically modeled.
The expected value method helps in decision making related to uncertainty are making prudent estimates of cash flow by using expected value.
Expected value considers every outcome under uncertainty and computes all of the expected value for each outcome. The outcome that gives highest expected value is said to be best case and likewise the outcome that gives lowest expected value is said to be worst case.
Suppose that two projects gives the same expected value, then the decision will be based on the degree of uncertainty which means the project that has lowest uncertainty of returns will be our choice.
The deviation of the expected value from required return on a project can be measured as a Degree of uncertainty that helps in understanding to what extent the return will be not as per the expectation. The Precise Measurement of uncertainty can be calculated by inclusion of standard deviation to estimate expected value of the decision taken.
The expected money value is the monetary value that a particular decision will generate. In expected monetary value the decision is based on the weighted average of best case and worst case. The value derived is average thus the standard deviation would be very low which means that the calculation was precise. Decision trees are used in precise measurement of cash flow related to each expected outcome and deriving a weighted average value.
