Answer:
9. A. One - to - One Correspondence
10. D. None of the above
The answer is 8 1/4 hours
Answer:
Step-by-step explanation:
Ok so to find constant of proportionality, you need to find K.
X would be gallons and y is cost.
To find k you need to do k=y/x
k=17.50/5
k=3.5
That's the first one. Now you need to make sure its <em>constant</em> with each one so keep going.
k=35/10
k=3.5
k=52.50/15
k=3.5
For all of those 3.5 was constant.
Because they are constant, that means the data in the graph is a proportion.
An example of an unproportional relationship would be if instead of 15 in the last column, it was 16.
k=52.50/16
k=3.28
That be different from the other 3.5's meaning its not proportional. But that's just an example.
If you need extra help reach out to me and I'll help you best I can. I hope this helps though. <3
Answer:
oh it's 5 not 10 xD
The hazard management process consists of a number of activities designed to reduce loss of life and destruction of property. Natural hazard management has often been conducted independently of development planning. A distinctive feature of OAS technical assistance is the integration of the two processes.
Step-by-step explanation:
plz mark me as brainliest
have a great day
Answer:
The questions are
- What does the frequency column in the attached table sum to?
- What does the relative frequency column in attached table sum to?
- What is the difference between relative frequency and frequency for each data value in the attached table?
- What is the difference between cumulative relative frequency and relative frequency for each data value in attached table?
The correct answers are
- 65
- 1
- The relative frequency gives the relative proportion of each frequency in the sample while
- The frequency is the observed number of count of each grouping has in a given sample size
Step-by-step explanation:
1. The frequency column in the attached column sums up to 65 because it is the total number of sales persons selected
2. The relative frequency column in the attached table sum up to 1 because it is the sum of the fractions of the individual frequencies to the total frequency
3. The difference between relative frequency and frequency for each data value is that
The relative frequency gives the relative proportion of each frequency in the sample while
4. The frequency is the observed number of count of each grouping has in a given sample size