<span>Reliability requirements describe the dependability of a system such as service outages and incorrect processing.
in FURPS+ acronym, R stands for reliability in which we check for system failures predictable, accuracy, recoverable etc.
F stands for functionality, u stands for usability, R for reliability, P for performance, S for supportability and Plus for other constraints. Robert Grady of HP devised this FURPS+ acronym.
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Answer:
Part (1) November 1
The amount paid is the rental advances and must be recorded as advances which falls under the current asset category:
Dr Rental Advances $90,000
Cr Bank account $90,000
Part (2) December 31
On this date, some of the rental advances paid would be realized as expenses from the period November 1, 20X1 to December 31, 20X2.
This time duration constitutes to 2 months and the rental advance made on November were for five months. Out of these 5 months, 2 months share must be recognized as expense which is
The relevant entry would be:
Dr Rental Expenses $36,000
Cr Rental Advances $36,000
Answer:
Annual depreciation= $2,700
Explanation:
Giving the following information:
Morgan Co. purchased a truck that cost $32,000. The truck had an expected useful life of 10 years and a $5,000 salvage value.
The straight-line depreciation method provides an annual depreciation expense by dividing the book value by the number of useful years.
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (32,000 - 5,000)/10= $2,700
Answer:
a) attached below.
b) for $x < $5000 will cause taking the drug to be part of the Nash equilibrium
c) will make the athletes feel better because the value their payoff will increase
Explanation:
<u>a) 2 * 2 payoff matrix describing the decision faced by the athletes </u>
attached below
when both players take the drug the payoff for each player = $5000 - x
when neither player takes the drug the payoff for each player = $5000
When only one player takes the drug his payoff = $10000 - x
<u>b) If we consider the value of $x to be involved in the Nash equilibrium then </u>
; $5000 - $x > 0 becomes the best response
hence for $x < $5000 will cause taking the drug to be part of the Nash equilibrium
c) Lowering the negative effect of the drug ( i.e. when the value of x is reduced )
will make the athletes feel better because the value their payoff will increase