Answer:
Under the lower-of-cost-or- net realizable value basis of accounting for inventories, the value that Taylor should report for the TVs on the balance sheet is $350 × 5 = $1,750
Explanation:
The lower-of-cost-or- net realizable value basis of accounting for inventories values inventory at the lower of its cost or net realizable value. This basis of accounting gives a <em>faithful representation</em> to the users of the value of assets in inventory that firm holds. This is also <em>prudent</em> in that profits are not overstated in the Income statement.
Answer:
Correct answer is TRUE
Explanation:
Non-cash assets are expected to produce cash over time but the amount of cash they eventually produce could be higher or lower than the values at which the assets are carried on the books. Some factors that affects the value of non-cash assets are the general economic forces such as inflation or deflation, amortization or impairement itself of the assets. It maybe realized at favorable side (gain) or unfavorable (loss) side.
Answer:
The answer is $6680
Explanation:
To calculate the Real GDP we use prices from the base year.
GDP = 100x40 + 80x11 + 20x90 = $6680
Answer: B. There are two IRRs so you cannot use the IRR as a criterion for accepting the opportunity.
Explanation:
The Internal Rate of Return can be useful in capital budgeting to enable a company know if an investment will be profitable. It is defined as the discount rate that causes the Net Present Value(NPV) to be zero. If the IRR is greater than the required return then the project should be accepted as it will have a profitable NPV.
IRR has some problems however and one of them is reflected here. There can sometimes be two IRRs and when this happens, using IRR as a viability measure cannot be done because a single rate is needed for comparison with the required return.
Answer:
Q = 450
P = 35
Explanation:
TR = P x Q = (75 - 0.1Q) x Q = -0.1Q2 + 75Q
Then, Cost = (30Q + 1,000)
Profit: Total revenue - C
-0.1q2 + 75Q - 30q - 1,000 = -0.1q2 + 45q - 1,000
as this is a quadratic function we identify a b c:
a= -0.1 b = 45 x = -1000
the profit maximum point is at the vertex:
-b/2a = -45/ 2(-0.1) = -45/-0.1 = 450
The profit maximize at Q = 450
P = 75 - 0.1x450 = 35