Answer:
<u>27</u> = <u>3</u> = <u>18</u> = <u>5</u><u>4</u>
36 4 24 72
Step-by-step explanation:
27÷3=9 (WHAT YOU DO TO THE TOP YOU HAVE TO DO TO THE BOTTOM)
36÷9=4
24÷4=6 (WHAT YOU DO TO THE TOP YOU HAVE TO DO TO THE BOTTOM)
6×3=18
54÷18=3 (WHAT YOU DO TO THE TOP YOU HAVE TO DO TO THE BOTTOM)
24×3=72
Answer:
Step-by-step explanation:
Let her total earnings be m
Rent = 1/4m
Food = 1/5m
Amount left = m - 1/4m - 1/5m
Amount left = (20m - 5m - 4m)/20
Amount left = 11m/20
Answer:
3.125 ounces
Step-by-step explanation:
10/3.20=3.125
Answer:
Users who park at the selected trailheads and cross-country ski lots. ; Convenience sampling
Step-by-step explanation:
A) The population of interest:
The population of interest should include the concerned individuals which would be those who park at the selected trailheads and cross-country ski lots.
B) By sampling the first 50 users encountered at each fee areas shows that the researcher prioritizes ease or convenience while choosing samples from a population. The first 50 fee users represents the most easily accessible users. Hence, the reason the adopted sampling method is called convenience sampling.
We have 11 members at the city council meeting, 4 voted in favour of a budget increase.
The possible groups of council members who could have voted in favour can be found using the combination formula which is used when we want to group items, in this case, we are grouping people.
Here is the formula;
Where n = Total members on the city council = 11
and r = members that voted in favour = 4
We will then solve this to be
This implies that there are 330 possible groups of council members who could have voted in favour.
ANSWER: 330
