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Consider the points (1,3,4) &(-3,5,2). A...

Consider the points (1,3,4) &(-3,5,2). At which point that the above line cuts the plane `2x+y+z+3=0` .

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MAXIMUM PUBLICATION-THREE DIMENSIONAL GEOMETRY-EXAMPLE
  1. Cartesian equation of two lines are (x+2)/2=(y+2)/4=(z+2)/1 , (x-1)/2=...

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  2. Consider the points P(1,3,4) &Q(-3,5,2) .Find the equation of the line...

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  3. Consider the points (1,3,4) &(-3,5,2). At which point that the above l...

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  4. Let the equation of a plane be barr.(2hati-3hatj+5hatk)=7, then find ...

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  5. Let the equation of a plane be barr.(2hati-3hatj+5hatk)=7, then find ...

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  6. Let the equation of a plane be barr.(2hati-3hatj+5hatk)=7, then find ...

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  7. State the condition of the line barr=bara+lambdabarb is parallel to th...

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  8. Show that the line barr=i+j+lambda(2i+j+4k) is parallel to the plane b...

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  9. Find the distance between the line barr=i+j+lambda(2i+j+4k) and the pl...

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  10. If a line in the space makes angle alpha,beta and gamma with the coord...

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  11. The direction ratios of the line (x-6)/1=(2-y)/2=(z-2)/2are a)6,-2,-2 ...

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  12. If the vector equation of a line is barr=i+j+k+mu(2i-3j-4k) , then t...

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  13. If the Cartesian equation of a plane is x+y+z=12 , then the vector equ...

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  14. Consider the lines barr=(i+2j-2k)+lambda(i+2j) and barr=(i+2j-2k)+mu...

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  15. Consider the lines barr=(i+2j-2k)+lambda(i+2j) and barr=(i+2j-2k)+mu...

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  16. Consider the lines barr=(i+2j-2k)+lambda(i+2j) and barr=(i+2j-2k)+mu...

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  17. Consider the line barr=(2i-j+k)+lambda(i+2j+3k). Find the Cartesian eq...

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  18. Consider the line barr=(2i-j+k)+lambda(i+2j+3k) Find the vector equa...

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  19. Consider the line barr=(2i-j+k)+lambda(i+2j+3k) Write two points on ...

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  20. Find the equation of the plane through the point (1,2,3) and perpendic...

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