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Let A(1, 2),B(3, 4) are two vertices of ...

Let `A(1, 2),B(3, 4)` are two vertices of a `DeltaABC.` The third vertex C moves along `L=7x+ 5y-10=0`. The locus of the centroid of `DeltaABC` is

A

`21x+15y-68 =0`

B

`7x + 5y -4 = 0`

C

`7x + 5y +68=0`

D

`7x+ 5y-17=0`

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AAKASH SERIES-LOCUS-PRACTICE EXERCISE
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  2. Sum of the distances of a point from two per pendicular lines is 3. Th...

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  3. Let A(1, 2),B(3, 4) are two vertices of a DeltaABC. The third vertex C...

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  4. From a point P perpendiculars PM and PN are drawn upon x, y axes respe...

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  5. Let A(2, -3),B(-2, 1) be vertices of a triangle ABC. If the centroid o...

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  6. If A(3, 0) and B(-3, 0) are two points and PA+PB=10, then the locus of...

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  7. A(2, 3), B(2, -3) are two points. The equation to the locus of P such ...

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  8. A(2,0), B(-2, 0) are two points. The locus of the point P which moves ...

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  9. A=(0,5),B = (0, -5) are the points and |AP-PB|=8 then the locus of P i...

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  10. If A=(0,4),B=(0,-4) and |AP-PB|=6, then the locus of P is

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  11. The locus of the point (cosectheta+cottheta,cosectheta-cottheta) is

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  12. Locus of centroid of the triangle whose vertices are (acostheta,asinth...

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  13. Statement-I : The locus of the point, whose distance from the X-axis i...

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  14. A(2, 3),B(1,5),C(-1, 2) are three points. If P is a point moves such t...

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  15. Vertices of the triangle ('t' being parameter) are given in list-I and...

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  16. Assertion (A): The sum of the distances of a point from two perpendicu...

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  17. The equation x^(2)+y^(2)-2x-4y-5=0 represents a

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  18. The locus represented by the equation x^(2)+y^(2)+4x+2y-8=0 is

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  19. The locus given by x^(2)-y^(2)+x+y-1=0 is

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  20. The locus of the point (acosh x,bsin h x) is

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