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Two unit vectors hati and hatj are direc...

Two unit vectors `hati` and `hatj` are directed along x-axis and y-axis respectively. What is the magnitude and direction of the vectors `hati+hatj and hati-hatj`?

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hati and hatj are unit vectors along x-axis and y-axis respectively what is the magnitude and direction of the vector hati+hatj and hati-hatj ? What are the magnitudes of components of a vector veca=2hati+3hatj along the directions of hati+hatj and hati-hatj ?

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ANURAG MISHRA-DESCRIPTION OF MOTION-Example
  1. Consider three vectors vecA,vecB and vecC as shown in fig. perform gra...

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  2. Vector vecA=3hati+5hatj-2hatk and vector vecB=-3hatj+6hatk find a, vec...

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  3. Two unit vectors hati and hatj are directed along x-axis and y-axis re...

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  4. A girl is jogging along a circular path of radius. 25. 0 m. In 1 110.0...

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  5. Find he component of veca=2hati+3hatj along the direction of vectors (...

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  6. If vecA=3hati+4hatj and vecB=7hati+24hatj, find a vector having the sa...

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  7. Under a fore (10hati-3hatj+6hatk) newton a bod of mass 5 kg moves from...

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  8. A particle moves in the x-y plane under the action of a force vecF suc...

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  9. The velocity of a particle is 3hati+2hatj+3hatk. Find the vector compo...

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  10. A particle has co-ordinates (x, y). Its position vector makes on angle...

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  11. If two non-zero vectors vecA and vecB obey the relation vecA+vecB=vecA...

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  12. hati and hatj are unit vectors along x-axis and y-axis respectively wh...

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  13. Given veca=hati+2hatj+3hatk,vecb=-hati++2hatj+hatk and vec c=3hati+hat...

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  14. If veca=2hati+3hatj+6hatk and vecb=6hati+3hatj-2hatk, find the angle, ...

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  15. A cyclist starting from a point A travels 200m due north to a point B ...

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  16. A particle is travelling in a straight line, it has a initial velocity...

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  17. A particle moves in a straight line with constant velocity of 5 ms^(-1...

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  18. Differentiate (a). f(x)=(1)/(x^(2)) (b). y=root2(x^(2))

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  19. Find the points on the curve y=x^(4)-6x^(2)+4 where the tangent line i...

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  20. if f(x)=xe^(x) find f'(x)

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