The h in the formula Mode-I-f1 - f0-2f1 - f0 - f2-h stands for class width-

The correct option is B True Mode=I+(f_1 f_0/2f_1 f_0 f_2)×h The h in the formula stands for class width. ...

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Byju's Answer

Standard X

Mathematics

Mode for Grouped Data

The h in the ...

Question

The h in the formula

Mode=I+ $(\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}})$ $\times$ h

stands for class width.

True

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False

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Solution

The correct option is A
True

Mode=I+ $(\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}})$ $\times$ h

The h in the formula stands for class width.

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Similar questions

State whether true or false
The h in the formula

$M o d e = I + (\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}}) \times h$

stands for class width.

What does the l in mode $= I + (\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}}) \times h$ stand for? [1 MARK]

Q. In the formula for mode of a grouped data, mode

= l + {\frac{f_{1} - f_{0}}{2 f_{2} - f_{0} - f_{2}}} \times h

, where symbols have their usual meaning

f_{0}

represents

In the fromula for mode of a grouped data ,

mode $= l + [\frac{t_{1} - t_{0}}{2 f_{1} - f_{0} - f_{2}}] \times h$ ,

where symbols have their usual meaning $f_{1}$ represents

In the formula for mode of a grouped data,

mode $= l + [\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}}] \times h$ ,

where symbols have their usual meaning, $f_{1}$ represents ___.

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The h in the formula Mode=I+(f1−f02f1−f0−f2)×h stands for class width.

The correct option is A True Mode=I+(f1−f02f1−f0−f2)×h The h in the formula stands for class width.

The h in the formula

Mode=I+ $(\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}})$ $\times$ h

stands for class width.

The correct option is A
True

Mode=I+ $(\frac{f_{1} - f_{0}}{2 f_{1} - f_{0} - f_{2}})$ $\times$ h

The h in the formula stands for class width.