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{P} and {Q} are points on the line joining {A}{(-{2},{5})} and

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$P$ and $Q$ are points on the line joining $A (- 2, 5)$ and $B (3, 1)$ such that $A P = P Q = Q B$ . Then, the distance of the midpoint of $P Q$ from the origin is (a) $3$ (b) $\frac{37}{2}$ (b) $4$ (d) $3.5$

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P

and

Q

are points on the line joining

A (- 2, 5)

and

B (3, 1)

such that

A P = P Q = Q B

. Then, the distance of the midpoint of

P Q

from the origin is (a)

3

(b)

\frac{37}{2}

(b)

4

(d)

3.5

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Question Text

P

and

Q

are points on the line joining

A (- 2, 5)

and

B (3, 1)

such that

A P = P Q = Q B

. Then, the distance of the midpoint of

P Q

from the origin is (a)

3

(b)

\frac{37}{2}

(b)

4

(d)

3.5

$P$ and $Q$ are points on the line joining $A (- 2, 5)$ and $B (3, 1)$ such that $A P = P Q = Q B$ . Then, the distance of the midpoint of $P Q$ from the origin is (a) $3$ (b) $\frac{37}{2}$ (b) $4$ (d) $3.5$

Filo tutor solution

Practice questions from similar books

P and Q are points on the line joining A(−2,5) and B(3,1) such that AP=PQ=QB . Then, the distance of the midpoint of PQ from the origin is (a)3(b) 237​​ (b) 4 (d) 3.5

Filo tutor solution

Practice questions from similar books

$P$ and $Q$ are points on the line joining $A (- 2, 5)$ and $B (3, 1)$ such that $A P = P Q = Q B$ . Then, the distance of the midpoint of $P Q$ from the origin is (a) $3$ (b) $\frac{37}{2}$ (b) $4$ (d) $3.5$