O is the origin and A is the point (3, 4). If a point P moves so that the line segment OP is always parallel to the line segment OA, then the equation to the locus of P is

O is the origin and A is the point (3, 4). If a point P moves so that

1.	O is the origin and A is the point (3, 4). If a point P moves so that the line segment OP is always parallel to the line segment OA, then the equation to the locus of P is
A.	\[4x-3y=0\]
B.	\[4x+3y=0\]
C.	\[3x+4y=0\]
D.	\[3x-4y=0\]
Answer» B. \[4x+3y=0\]

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O is the origin and A is the point (3, 4). If a point P moves so that the line segment OP is always parallel to the line segment OA, then the equation to the locus of P is

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