Answer:
22 minutes minimum time
Explanation:
In the given scenario Subway sandwich shop has given its processes and time of each process.
We are to calculate the minimum time it will take to process a order. So we add all the times
Below is breakdown of the process time
Jim take orders 5 minutes
Tim prepares bread and Kim prepares filling for the order 7 - 10 minutes. We use 7 minutes since we are looking for minimum time.
Jim then assembles the bread 5 minutes
Time delivers order and takes payment 5 minutes
Total time = 5 + 7 + 5 + 5 = 22 minuites
Answer: avoid risk response
Explanation: Risk avoidance is indeed a risk management technique through which the management team works to resolve the danger or secure the project against its effects.
It usually calls for adjustments to the project management policy, such as adjustments in applicability or layout or even in the action plan. By improved communication or obtaining abilities, risk recognized at such a preliminary stage can be prevented.
Introduced in important uncertainties that have a significant effect on the plan's feasibility. Project managers typically use this as a high-risk first response technique.
A: raises
B: lowers
c: does not change
I would put B as the answer because the government helps control the price so everyone can rent an apartment.
Answer:
B. =PV(.06,10,0,10000)
Explanation:
In MS Excel the formula of Present value re is as "=PV( rate, nper, pmt, [fv] )".
PV = Present value
rate = Interest rate= 6% = 0.06
nper = number of periods = 10
pmt = payment made each period = 0 in this scenario
fv = future value = 10,000
So, according to the formula the correct sequence is =PV(.06,10,0,10000)
which is correctly mentioned in option B.
I believe that this problem has the
following choices:
> a debit of $2,500 to
Merchandise Inventory.
> a credit of $2,500 to Sales.
> a debit of $1,900 to
Merchandise Inventory.
> a credit of $1,900 to Cost of
Goods Sold.
The correct answer from the choices
is:
<span>> a credit of $2,500 to Sales
</span>
<span> </span>
