Software development process that develops software iteratively with a heavy emphasis on construction activities is known as an agile process. This process is driven by and focused on customer descriptions. It recognizes that plans are only for a short time and delivers a number of software increments.
Answer:
$12,500
Explanation:
Differential revenue = Alternative A revenue - Alternative B revenue
Differential revenue = $75,000 - $62,500
Differential revenue = $12,500
Thus, the differential revenue for this decision is $12,500
Answer:
Debit Cash $1,000 and credit Notes Receivable $1,000.
Explanation:
The adjusting entry is shown below:
Cash Dr $1,000
To Notes receivable $1,000
(Being the note receivable collected by the bank is recorded)
While recording the transaction, we debited the cash account as it increases the cash balance and credited the note receivable.
Hence, the second option is correct
Answer:
The optimal stocking level is 45 muffins.
Explanation:
First we have to calculate the Overage cost Co = Purchase price - Salvage value = $0.2 - 0 = $0.2
Then the Underage cost Cu = Selling price - Purchase price =$0.80 - $0.2 = $0.60
Service level = Cu / (Cu + Co) = $0.60/($0.60+$0.2) = $0.75
Hence, optimal stocking level = Minimum demand + Service level *(Maximum demand - Minimum demand)
optimal stocking level = 30 + 0.75*(50-30) = 45
The optimal stocking level is 45 muffins.
Optimal stocking level = 68.75 Muffins
Answer:
a. $10,783.68
b. $10,510.36 semi annual compounding
Explanation:
a. This question requires the present value of $26,700 given 8 years and compounded annually at 12%.
Present Value = 
Present Value = 
Present Value = $10,783.68
He would need to invest $10,783.68 today.
b. This is a duplicate of question 1 but I will solve it assuming semi-annual compounding just in case.
12% per annum would become = 12/2 = 6% per semi annum
Number of periods would become = 8 * 2 = 16 periods
Present Value =
Present Value = 
Present Value = $10,510.36
He would need to invest $10,510.36 today.
