The company that offers the best deal in my point of view is Cellphones usually they are old so they are going in less price. I think that is what you mean
Answer:
i think 18
Step-by-step explanation:
i guess
2×9=18
3×6=18
9×2=18
Answer:
$5,675
Step-by-step explanation:
Answer:
Step-by-step explanation:
Calculation for the cost of the ending inventory using specific identification method.
Using this formula
Cost of ending inventory =
(January units ×January cost) +( February units ×February cost) + (May units × May cost) + (September units ×September cost) + (November units × November cost)
Cost of ending inventory =
January 5 units ×$116=$580
February 6 units ×$127=$762
May 10 units ×$139=$1,390
September 4 units ×$147=$588
November 15 units×$157=$2,355
Total =$5,675
Therefore the ending inventory using the specific identification method will be $5,675
Answer:
a) 0.5233 = 52.33% probability of picking someone who has the disease.
b) 0.9091 = 90.91% probability of picking someone who tests negative, given that he/she did not have the disease
Step-by-step explanation:
A probability is the number of desired outcomes divided by the number of total outcomes.
a) What is the probability of picking someone who has the disease.
132 + 25 = 157 people have the disease
132 + 25 + 13 + 130 = 300 people total
157/300 = 0.5233
0.5233 = 52.33% probability of picking someone who has the disease.
b) What is the probability of picking someone who tests negative, given that he/she did not have the disease?
143 people did not have the disease.
130 tested negative. So
130/143 = 0.9091
0.9091 = 90.91% probability of picking someone who tests negative, given that he/she did not have the disease
So you divide 22. 44 by 6 it will be 3.74 . See image for steps
