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General

General

Easy

Question

1 mile ___ meters

5×10²
22×10²
16.09×10²
32×10²

The correct answer is: 16.09×10²

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1 inch = _______ metres

1 inch = _______ metres

Convert 10 quintal into ____ nano gram

Convert 10 quintal into ____ nano gram

One giga meter = ___ meter

One giga meter = ___ meter

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Convert into 10^-28m² = ____

Convert into 10^-28m² = ____

Convert 1 second into hours

Convert 1 second into hours

Convert 100 tonne into nano gram (ng)

Convert 100 tonne into nano gram (ng)

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If $R subset of A cross times B$ and $S subset of B cross times C$ be relations, then $open parentheses S o R close parentheses to the power of negative 1 end exponent equals$

If $R subset of A cross times B$ and $S subset of B cross times C$ be relations, then $open parentheses S o R close parentheses to the power of negative 1 end exponent equals$

Let $X$ and $Y$ be the sets of all positive divisors of 400 and 1000 respectively (including 1 and the number). Then, $n left parenthesis X intersection Y right parenthesis$ is equal to

Let $X$ and $Y$ be the sets of all positive divisors of 400 and 1000 respectively (including 1 and the number). Then, $n left parenthesis X intersection Y right parenthesis$ is equal to

An integer $m$ is said to be related to another integer $n$ if $m$ is a multiple of $n.$ Then, the relation is

An integer $m$ is said to be related to another integer $n$ if $m$ is a multiple of $n.$ Then, the relation is

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Let $R subscript 1 end subscript$ be a relation defined by
$R subscript 1 end subscript equals open curly brackets open parentheses a comma b close parentheses vertical line a greater or equal than b comma a comma b element of R close curly brackets.$ Then, $R subscript 1 end subscript$ is

Let $R subscript 1 end subscript$ be a relation defined by
$R subscript 1 end subscript equals open curly brackets open parentheses a comma b close parentheses vertical line a greater or equal than b comma a comma b element of R close curly brackets.$ Then, $R subscript 1 end subscript$ is

Given the relation $R equals left curly bracket open parentheses 12 close parentheses comma left parenthesis 23 right parenthesis right curly bracket$ on the set $A equals open curly brackets 12 comma 3 close curly brackets comma$ the minimum number of ordered pairs which when added to $R$ make it an equivalence relation is

Given the relation $R equals left curly bracket open parentheses 12 close parentheses comma left parenthesis 23 right parenthesis right curly bracket$ on the set $A equals open curly brackets 12 comma 3 close curly brackets comma$ the minimum number of ordered pairs which when added to $R$ make it an equivalence relation is

Let $X$ be a family of sets and $R$ be a relation on $X$ defined by $´ A$ is disjoint from $B to the power of ´ end exponent.$ Then, $R$ is

Let $X$ be a family of sets and $R$ be a relation on $X$ defined by $´ A$ is disjoint from $B to the power of ´ end exponent.$ Then, $R$ is

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In a certain town 25% families own a cell phone, 15% families own a scooter and 65% families own neither a cell phone nor a scooter. If 1500 families own both a cell phone and a scooter, then the total number of families in the town is

In a certain town 25% families own a cell phone, 15% families own a scooter and 65% families own neither a cell phone nor a scooter. If 1500 families own both a cell phone and a scooter, then the total number of families in the town is

The shaded region in the figure represents

The shaded region in the figure represents
Maths-General

In the above question, the number of families which buy none of $A comma B$ and $C$ is

In the above question, the number of families which buy none of $A comma B$ and $C$ is

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