Assuming an upward-sloping as curve, if consumption spending falls while all other levels of expenditure stay the same in an economy that is at full employment, a GDP gap will be visible.
Retail store managers will take activities that result in greater Unemployment when undesirable inventories build up.
<h3>What is GDP?</h3>
- Gross domestic product (GDP) is a monetary indicator of the total market worth of all the finished products that nations create over a certain time period.
- This measurement is frequently changed before it can be trusted as an indicator because of how complicated and subjective it is.
- Consumption, investment, government spending, exports, and imports make up the components of the GDP when it is calculated using the expenditures method.
- Gross fixed capital formation, changes in inventories, changes in consumption expenditure (by households, NPISHs, and general government),
- And exports of goods and services are all included in the calculation of gross domestic product (GDP), which is then subtracted from imports of goods and services.
Learn more about GDP here:
brainly.com/question/15682765
#SPJ4
Answer:
Explanation:
Run A Duration B Duration C Duration 1 51 48 17 2 60 48 19 3 30 39 19 4 31 48 22 5 30 31 14 6 41 16 17 7 44 12 6 8 44 12 10 9 45 43 9 10 60 41 10 Based on the simulated numbers given above, what is the average completion time of the whole project?
Since B is the predecessor of C.
Project completion time for each run will be calculated as Maximum (Duration of A, Duration of B +Duration of C).
Represent
Run = R
Duration of A = DA
Duration of B = DB
Duration of C = DC
Project Completion time = PT
<u>R DA DB DC PT</u>
1 51 48 17 48 + 17 = 65
2 60 48 19 48 + 19 = 67
4 31 48 22 48 + 22 = 70
5 30 31 14 31 + 14 = 45
6 41 16 17 41
7 44 12 6 44
8 44 12 10 44
9 45 43 9 43 + 9 = 52
10 60 41 10 60
<u> Total = 546</u>
Total Project completion time in 10 Stimulations = 546
Average project Completion time = 546/10 = 54.6
Therefore, average Project completion time is between 53 and 56 days.
Answer:
10.16%
Explanation:
The computation of the effective return for this investment is shown below:
Let us assume that we invested an amount in Australian dollars 100
The return is 8%
After one year, the amount is 108
Now the converting amount is 110.16 (108 × 102%)
Now the effective rate for this investment is
= 110.16 - 100
= 10.16%
Answer: -18.80% for bond J, -15.46% for bond K
Explanation:
If interest rates suddenly rise by 2 percent, the percentage price change of bond J is -18.80% while the percentage price change of bond K is -15.46%
The calculation is provided below
