Graph the linear equation. 3x−4y=12
2 answers:
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The 1st Quartile that the Box-and-Whisker Plot shows tells us that: <em>A. Three fourths of the fish he caught were larger than 22 pounds.</em>
Recall:
- In a Box-and-Whisker Plot, about 25% of the data will be below the first quartile while 75% will be above the first quartile, that is Three fourths of the data will be above the first quartile and one-fourths will be below the first quartile.
Thus, the given Box-and-Whisker Plot as shown in the diagram below shows that the first quartile is 22 pounds.
Therefore, the 1st Quartile that the Box-and-Whisker Plot shows tells us that: <em>A. Three fourths of the fish he caught were larger than 22 pounds.</em>
Learn more about Box-and-Whisker Plot on:
<em>Note:</em> <em>As you missed to identify what we have to find in this question. But, after a little research, I am able to find that we had to find the Mode for the data given in your question. So, I am assuming we have to calculate the the Mode. Hopefully, it would clear your concept regarding this topic.</em>
Answer:
The mode of the data = 75
Step-by-step explanation:
Lets visualize the given data in a table to show the frequency distribution:
<em>Daily expenditure on milk (in Rs) Number of households</em>
<em> 0-30 5</em>
<em> 30-60 6 </em>
<em> 60-90 9</em>
<em> 90-120 6</em>
<em> 120-150 4</em>
Here the maximum frequency is 9.
So, modal class is <em>60-90.</em>
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As the formula to calculate the mode:
Here, the maximum
is the lower limit of the class
is the frequency of the modal class
is the frequency of the previous modal class
is the frequency of the next previous modal class
is the class size
So,
∴ The mode of the data = 75
<em>Keywords: mode, frequency distribution</em>
<em> Learn more about mode and frequency distribution from brainly.com/question/14354368</em>
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