It is desirable in a period of INFLATION. During inflation, there is general increase in price and decrease in the value of money. Thus, during inflation the government stabilizes the economy by increasing it budgetary surplus, that is, it takes in more than it spends or by decreasing its deficit.
A customer service representative loses his job because his company adopted a new software that does most of his job automatically. This is an example of technological unemployment.
<h3>What is technological unemployment?</h3>
This are happen when an individual losses her Job due to the use of technology.
The new technology now handles the works and the service of the individual is no longer require.
Therefore, A customer service representative loses his job because his company adopted a new software that does most of his job automatically. This is an example of technological unemployment.
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<u>Answer:</u>
<u>Explain forecasting</u>
<u>Explanation:</u>
This implies that I will have to let the other person know that it possible to judge how successful a project would be by doing what is called forecasting.
Forecasting allows one to project to a <em>reasonable extent</em> what the success level of a project would be, especially in terms of it's revenue, overall expenses before the project is carried out. A good forecasting tool is Forecast web application which provides future estimates of budget and task duration.
Answer:
(i) 95 (F)
(ii) 125 (F)
(iii) 220 (Overapplied)
Explanation:
Variable Overhead Rate Variance:
= Actual Hours × (Actual Rate - Standard Rate)
= 1,900 × ($1.20 - $1.25)
= 95 (F)
Variable Overhead Efficiency Variance:
= Standard Rate × (Actual Hours - Standard Hours)
= $1.25 × (1,900 - 1 × 2,000)
= 125 (F)
Over- or Underapplied Variable Overhead:
= Actual Overhead Incurred - Overhead Applied
= (1,900 × $1.20) - (2,000 × $1.25)
= 220 (Overapplied)
Answer and Explanation:
The computation is shown below;
Given that,
Principal = P = $2000
As we know that
Future value (FV) = P × (1 + R)^n
here,
R = Rate of interest,
N = no of years
Now
A) N = 5, R = 5% = 0.05
FV = $2,000 × (1.05)^5
= $2,553
The Interest earned is
= $2,553 - $2,000
= $553
B) N = 10, R = 5% = 0.05
FV = $2,000 × (1.05)^10
= $3,258
The Interest earned is
= $3,258 - $2,000
= $1,258
C) N = 5, R = 10% = 0.10
FV = $2,000 × (1.10)^5
= $3,221
D) Option A
As in the part B the time period is 10 years as compared with the part A i.e. 5 years having the interest rate same
Also the cumulative interest would be greather than double as compared with part A