<u>Full question:</u>
The symbol in flowcharting that is used to mark the point in the process where the analysis skips to another common point of the process is called:
a. Terminator icon
b. Line connector icon
c. Connector icon
d. Process icon
<u>Answer:</u>
The symbol in flow-charting that is used to mark the point in the process where the analysis skips to another common point of the process is called connector icon
<u>Explanation:</u>
Connector Symbol Symbolizes that the flow proceeds where an equal symbol has been assigned. Connector symbols perform it more accessible to combine flowcharts that traverse many pages. A loop may, consists of a connector where controller first begins, processing steps, a qualified with 1 arrow exiting in the loop, and one running back to the connector.
Off-page connectors are often employed to imply a connection to a process carried on another sheet. Connectors are regularly labeled with capital letters to dispense coordinating jump points.
Answer:
NOT might lose customers because of a lack of innovation
NOT might not be able to attract essential new investors
Explanation:
Since in the question it is mentioned that Samantha who has a bakery is sucessfully run for a year and it is popular also. At the same time she planned for using her profits in order to cover up the similar cost that had done in the last year
So based on this, the risk she has taking is that she not want to lose his customers as there is an innovation lacking also she is not capable to attract the new investors
Therefore the same is to be considered
Answer and Explanation:
The computation of the effective annual rate in each of the following cases are
1.
Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1
= (1 +0 .09 ÷ 4)^4 - 1
= 9.31%
2.
Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1
= (1 + 0.16 ÷ 12)^12-1
= 17.23%
3.
Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1
= (1 + 0.12 ÷ 365)^365-1
= 12.75%
4 .
Effective annual rate = [(e)^Annual percentage rate]-1
e=2.71828
So,
=[(2.71828)^0.11]-1
= 11.63%
Answer:
the labor rate variance and labor efficiency variance is $2,000 favorable and $3,500 unfavorable
Explanation:
The computation of the labor rate variance and labor efficiency variance is given below;
For Labor rate variance
= $12,000 - (2000 × 7)
= $2000 F
And, the Labor efficiency variance is
= 7 × (2000 - 3000 × 0.5)
= $3500 U
Hence, the labor rate variance and labor efficiency variance is $2,000 favorable and $3,500 unfavorable
