Answer:
Demand in January will be 640 units
So option (C) will be the correct option
Explanation:
We have given average demand for a particular product is 800 units
And seasonal index = 0.8
We have to find the demand in a particular session , that is in January
We know that seasonal index is given by
So
So demand in January = 640
So option (c) will be the correct option
Compounding is the process whereby interest is credited to an existing principal amount as well as to interest already paid. Compounding thus can be construed as interest on interest the effect of which is to magnify returns to interest over time, the so-called miracle of compounding.
The annual interest rate refers to the rate that is applied over a period of one year. Interest rates can be applied over different periods, such as monthly, quarterly, or bi-annually. However, in most cases, interest rates are annualized.
Monthly interest rate=2/12=0.1666%
So total deposit required=Amount/interest
=19/0.1666%
=19/0.00166
=11445
So option B is the correct statement
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Answer: data inconsistency
Explanation: In simple words, data inconsistency refers to a situation when a information is recorded differently in two or more different files. This results in compromise of data integrity and omissions and errors.
In the given case, two different departments of the organisation are recording an information differently.
Thus, we can conclude that the given case depicts data inconsistency.
Answer:
B) 90%
Explanation:
In order for an employer to qualify for the maximum credit against FUTA taxes (Federal Unemployment Tax Act), they have to file their annual return in time and also pay their state contributions in time. If they file their report late or miss the state contributions due date, they will be sanctioned by lowering the maximum credit from 5.4% to 4.86% (90% of maximum credit).
Answer:
Future Value formula = Amount * ( 1 + r) ^ no.of periods
a. Future Value = 130 * ( 1 + 7%) ^ 10
= $255.7296
= $255.73
b. Future Value = 130 * ( 1 + 7%) ^ 20
= $503.05898
= $503.06
c. Future Value = 130 * ( 1 + 3%) ^ 10
= $174.709
= $174.71
d. Future Value = 130 * ( 1 + 3%) ^ 20
= $234.794
= $234.79