In the given figure find
(i) position of $A$ with respect to $B$
(ii) position of $O$ with respect to $B$

(i) 5 (i i) 3

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(i) - 5 (i i) 3

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(i) 5 (i i) - 3

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(i) - 5 (i i) - 3

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Solution

The correct option is A $(i) 5 (i i) 3$
The given condition is as shown in the figure

(i) Position of $A$ with respect to $B$ (denoted by $X_{A B}$ ) is $X_{A B} = X_{A} - X_{B} = 2 - (- 3) = 5$
(ii) Position of $O$ with respect to $B$ (denoted by $X_{O B}$ ) is $X_{O B} = X_{O} - X_{B} = 0 - (- 3) = 3$

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