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Standard VI

Geography

Size and Location

If the co-ord...

Question

If the co-ordinate of two points are $P$ $(15, - 12)$ and Q $(- 10, 12)$ . Then (abscissa of $P)$ $\times$ (ordinate of $Q$ ) is.

165

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175

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160

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180

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Solution

The correct option is D $180$
Given,
Abscissa of point $P$ ( $15, - 12)$ is $15$ .
Ordinate of point $Q$ ( $- 10, 12)$ is $12$ .
ATQ,
(abscissa of $P)$ $\times$ (ordinate of $Q$ ) = $15 \times 12$ = $180$ .

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If the co-ordinate of two points are P(15,−12) and Q(−10,12). Then (abscissa of P)× (ordinate of Q) is.

The correct option is D 180Given, Abscissa of point P(15,−12) is 15. Ordinate of point Q(−10,12) is 12. ATQ, (abscissa of P)× (ordinate of Q) = 15×12 = 180.

If the co-ordinate of two points are $P$ $(15, - 12)$ and Q $(- 10, 12)$ . Then (abscissa of $P)$ $\times$ (ordinate of $Q$ ) is.

The correct option is D $180$
Given,
Abscissa of point $P$ ( $15, - 12)$ is $15$ .
Ordinate of point $Q$ ( $- 10, 12)$ is $12$ .
ATQ,
(abscissa of $P)$ $\times$ (ordinate of $Q$ ) = $15 \times 12$ = $180$ .