Answer:
<em>Translate the parent function, 2 units upward</em>
Step-by-step explanation:
Given
See attachment for the graph
Required
Determine the change in f(x) that gives the dashed line
Let the dash line be represented with g(x)
From the attachment, there is only one transformation from f(x) to the g(x).
When f(x) is translated 2 units vertically upwards
, it gives g(x); the dash line.
If
Then g(x) is:
Answer:
-valid driver's license
- 18 years old or more (for younger than 18 you can look into limited involvement as a junior firefighter.)
- At least a high school diploma or GED.
- pass the physical ability test.
- Pass the written exam
- pass the interview
-You’ll still need to attend a department’s academy once hired
(may be differnt depending on your state, country, etc)
<3
Answer:
I think it's make decisions
Explanation:
"CRM is a set of methods that companies use to <em>understand </em>customers. These methods <em>make decisions</em> regarding the selected customer segments"
Answer:
D
Explanation:
The consumer price index measures the changes in price of a basket of good. It is used to measure inflation. Because the price of price of used cars and trucks in US has increased , the CPI would increase
CPI = (cost of basket of goods in current period / cost of basket of goods in base period) x 100
Changes in the quality of good is not included in the calculation of CPI. This is one of its drawbacks
Answer:
3,000 $100 bills equivalent to $300,000
Explanation:
The economic order quantity (EOQ) is the optimum quantity of a good to be purchased or required at a time in order to minimize ordering and carrying costs in inventory.
EOQ = the square root of [(2 times the annual demand in units times the incremental cost to process an order) divided by (the incremental annual cost to carry one unit in inventory)]
- annual demand in units = 12,500 x 12 = 150,000
- incremental costs to process an order = $300
- incremental annual cost to carry one unit in inventory = 10% x 100 = $10
EOQ = √[(2 x 150,000 x $300) / $10] = √($90,000,000 / $10) = √9,000,000 = 3,000 bills
