Prepare a frequency distribution table for the given mass data using a class width of 5.

a) Prepare the frequency distribution table. Step 1: Identify the lowest and highest mass values in the data. Lowest mass = 35. Highest mass = 60. Step 2: Determine the class intervals using a class width of 5, starting with the lowest mass. The class intervals will be: 35 − 39 40 − 44 45 − 49 50 − 54 55 − 59 60 − 64 Step 3: Tally the frequency for each class interval by counting how many data points fall into each range. The given data points are: 36, 47, 41, 56, 44,

Prepare a frequency distribution table for the given mass data using a class width of 5.

a) Prepare the frequency distribution table. Step 1: Identify the lowest and highest mass values in the data. Lowest mass = 35. Highest mass = 60. Step 2: Determine the class intervals using a class width of 5, starting with the lowest mass. The class intervals will be: 35 − 39 40 − 44 45 − 49 50 − 54 55 − 59 60 − 64 Step 3: Tally the frequency for each class interval by counting how many data points fall into each range. The given data points are: 36, 47, 41, 56, 44,

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a) Prepare the frequency distribution table.

Prepare a frequency distribution table for the given mass data using a class width of 5.

Step-by-step solution

Identify the lowest and highest mass values in the data.

Determine the class intervals using a class width of 5, starting with the lowest mass.

Tally the frequency for each class interval by counting how many data points fall into each range.

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