Questions: The following list gives the number of siblings for each of 9 students. 3,1,10,0,7,11,5,4,8 Find the modes of this data set. If there is more than one mode, write them separated by commas. If there is no mode, click on "No mode."

The following list gives the number of siblings for each of 9 students. 
3,1,10,0,7,11,5,4,8

Find the modes of this data set. If there is more than one mode, write them separated by commas. If there is no mode, click on "No mode."
Transcript text: The following list gives the number of siblings for each of 9 students. \[ 3,1,10,0,7,11,5,4,8 \] Find the modes of this data set. If there is more than one mode, write them separated by commas. If there is no mode, click on "No mode."
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Solution

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Solution Steps

There is no mode as all values are unique.
Step 1: Count Frequency of Each Value

We iterate through the data set and count the frequency of each value using a dictionary. The frequency count is as follows:

  • Value 3 appears 1 time(s).
  • Value 1 appears 1 time(s).
  • Value 10 appears 1 time(s).
  • Value 0 appears 1 time(s).
  • Value 7 appears 1 time(s).
  • Value 11 appears 1 time(s).
  • Value 5 appears 1 time(s).
  • Value 4 appears 1 time(s).
  • Value 8 appears 1 time(s).
Step 2: Identify Maximum Frequency

The maximum frequency among all values is 1.

Step 3: Find All Values with Maximum Frequency

Since the maximum frequency is 1, every value is unique and there is no mode.

Final Answer:

There is no mode as all values are unique.

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