Steve is good at setting up and managing groups of computers for large cities. In which Information Technology career pathway is he most likely to get a job? Steve would most likely get a job in the computer engineering career field if he is good at setting up and managing groups of computers for large cities. This type of job requires someone who is computer savvy, understands what could happen and how to fix it so a large company that runs in large cities are not without computer access for too long. A computer engineer designs and develops computer systems and other tech devices.
Answer:
C. Businesses create goods for product markets to sell.
Explanation:
Answer: A. Market Period.
B. Long Run
C. Short Run
Explanation:
A.Output and the number of firms are fixed
The MARKET PERIOD is a very short period that refers to a situation where all resources are FIXED. This means that Output itself is fixed and therefore cannot adjust to demand.
B.Plant capacity is flexible. Firms can enter and exit an industry.
This is the LONG RUN. A time where all resources are Variable. This means that factors such as Plant Capacity which is FIXED in the Short Run will simply be Variable and hence flexible in the long run. Other Firms are also free to enter or leave the Industry during this time.
C.Plant capacity and the number of firms are fixed. Firms can employ more labor if needed
This refers to the SHORT RUN which is a situation where AT LEAST one resource is FIXED and others are VARIABLE. As long as there is a Fixed Resource with some Variable Resources, it is the Short Run. Plant Capacity and Number of Firms are fixed but Labor is Variable. This makes this scenario a Short Run Scenario.
These are the factors by how it shifts the current demand curve to a new position:
Shifts left
- 2% rebate on a Toyota Camry, a substitute good
- Big sale coming in three months
Shifts right
- Free brake inspections
- Consumers' income increases by 10%
We can find the number of ways by multiplying the amount
of possibility each store can have.
For store 1, it can be placed on 16 sites. Store 2 can be
placed on 15 sites (since store 1 is already on site 1). Store 3 can be placed
on 14 sites and so on until store 5 which has 12 sites.
Therefore the number of ways is:
C = 16 * 15 * 14 * 13 * 12
<span>C = 524,160 possibilities</span>
