Net realizable value. The amount a firm can collect in cash by selling an item, less the costs (such as commissions and delivery costs) of disposition.
You multiply them.You multiply them.You multiply them.You multiply them.
there is no such thing as multiply out...is only multiply out brackets... :)
You can multiply the first two numbers, then multiply the result with the third number. Or multiply in any other order.You can multiply the first two numbers, then multiply the result with the third number. Or multiply in any other order.You can multiply the first two numbers, then multiply the result with the third number. Or multiply in any other order.You can multiply the first two numbers, then multiply the result with the third number. Or multiply in any other order.
yes. you multiply the numerator and denominator
advisable realizable recognizable
One method for creating a realizable approximation to an ideal filter is to truncate this impulse response outside of n ∈ [−M, M ].
Net realizable value. The amount a firm can collect in cash by selling an item, less the costs (such as commissions and delivery costs) of disposition.
Which one of the approaches for the allowance procedure emphasizes the net realizable value of accounts receivable on the balance sheet?
Its the net realizable value
Current cost. Replacement cost or net realizable value.
Under the allowance method, the cash realizable value of receivables is the same both before and after an account has been written off. True.
Net realizable value
Net Realizable Value
Following are methods 1 - Splitoff point method 2 - Net realizable value method
Ideal filters are not realizable because it would require a impulse response that extends from minus infinity to plus infinity, and it would be also a noncausal system. It may be proved on the frequency domain using the Paley-Wiener Criterion, which states that a square integrable magnitude response function |H(f)| is physically realizable if \int_{-\infty}^{+\infty} \frac{| \log_e |H(f)| |}{1+f^2} df < \infty Any ideal filter would require H(f) to have magnitude equals zero in a bandwidth and that would make | \log_e |H(f)| | infinitely large and the condition above would not hold.
possible (vs. impossible), accomplishable, achievable, doable, manageable, realizable, affirmable, assertable,attainable, come-at-able, contingent, feasible, executable, practicable, viable, workable,mathematical