The value of the following is 0-442-0-062-0-0242-0-0442-0-0062-0-00242

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Standard VII

Mathematics

Zero Exponents

The value of ...

Question

The value of the following is $\frac{(0.44)^{2} + (0.06)^{2} + (0.024)^{2}}{(0.044)^{2} + (0.006)^{2} + (0.0024)^{2}}$

0.100

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0.01

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100

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1

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Solution

The correct option is C $100$

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Similar questions

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\frac{(0.06)^{2} + (0.47)^{2} + (0.079)^{2}}{(0.006)^{2} + (0.047)^{2} + (0.0079)^{2}}

Q. 0.01 m aqueous solution of

K_{3} [F e {(C N)}_{6}]

freezes at

- 0.0 62^{\circ} C

, what is the apparent percentage of dissociation ?

(k_{f} (H_{2} O) = 1.86 K k g {m o I}^{- 1})

Q. A

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aqueous solution of

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freezes at

- {0.062}^{\circ} C

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[Note : Write the value to the nearest integer]

Q. The value of the expression:

\sum_{i = 2}^{100} \frac{1}{l o g_{i} 100!}

A 0.01m aqueous solution of $K_{3} [F e (C N)_{6}]$ was found to freeze at $- {0.062}^{\circ} C$ . If Kf for water is ${1.86}^{\circ} C$ /molal then the apparent percentage of dissociation is:

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The value of the following is (0.44)2+(0.06)2+(0.024)2(0.044)2+(0.006)2+(0.0024)2

The correct option is C 100

The value of the following is $\frac{(0.44)^{2} + (0.06)^{2} + (0.024)^{2}}{(0.044)^{2} + (0.006)^{2} + (0.0024)^{2}}$

The correct option is C $100$