Math, asked by Anonymous, 10 months ago

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PLEASE SOLVE ABOVE QUESTION....

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Answered by Anonymous
236

 \textbf{\huge{\red{Gud\:Morning\:Miss}}}

 \huge \underline \bold \pink {Answer}

\rule{200}{20}

 \huge \underline \bold \blue{Given}

Frequency distribution

  • 104
  • 114
  • 124
  • 134
  • 154
  • 164

 \huge \underline \bold \green {To \: Find}

Class size and First and Second interval

 \huge \underline \bold \purple {Solution}

The class size is

114 - 104

=> 10

\huge\pink{The\:size\:of\:class\:interval\:is\:10}

If a is a class mark and h is size of class interval, then lower limit and upper limit of the class

interval area a =>\frac{h}{2}\: and \:a\: + \:\frac{h}{2}\: respectively

∴ we have h = 10

∴ Lower limit of first class interval = 104 - \frac{10}{2}= 99

Upper limit of first class interval = 104 + \frac{10}{2} = 109

∴ First class interval is 99 - 109

Hence, the class intervals are 99 - 109, 109 - 119, 119 - 129, 129 - 139, 139 - 149, 149 - 159, 159 - 169.

So first interval is 99 - 109 and Second interval is 109 - 119 .

\rule{200}{20}

\textbf{\huge{\orange{Thank\:You}}}

Answered by Anonymous
58

\huge\bold\pink{Heyaa !♡}

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