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Prove that (veca.(vecbxxhati))hati+(veca...

Prove that `(veca.(vecbxxhati))hati+(veca.(vecbxxhatj))hatj+ (veca.(vecbxxhatk))hatk=vecaxxvecb`

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To prove that \[ (\vec{a} \cdot (\vec{b} \times \hat{i})) \hat{i} + (\vec{a} \cdot (\vec{b} \times \hat{j})) \hat{j} + (\vec{a} \cdot (\vec{b} \times \hat{k})) \hat{k} = \vec{a} \times \vec{b} \] we will break down the left-hand side step by step. ...
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Assertion: Let veca and vecb be any two vectors (vecaxxhati).(vecbxxhati)+(vecaxxhatj).(vecbxxhatj)+(vecaxxhatk).(vecbxxhatk)=2veca.vecb., Reason: (veca.hati)(vecb.hati)+(veca.hatj)(vecb.hatj)+(veca.hatk)(vecb.hatk)=veca.vecb. (A) Both A and R are true and R is the correct explanation of A (B) Both A and R are true R is not te correct explanation of A (C) A is true but R is false. (D) A is false but R is true.

If veca is any non-zero vector, then (veca.hati)hati+(veca.hatj)hatj+(veca.veck)hatk is equal to …….

Statement 1: If veca, vecb are non zero and non collinear vectors, then vecaxxvecb=[(veca, vecb, hati)]hati+[(veca, vecb, hatj)]hatj+[(veca, vecb, hatk)]hatk Statement 2: For any vector vecr vecr=(vecr.hati)hati+(vecr.hatj)hatj+(vecr.hatk)hatk

Consider three vectors veca , vecb and vecc Statement 1: vecaxxvecb = ((hatixxveca).vecb)hati+ ((hatj xx veca).vecb)hatj + (hatk xxveca).vecb)hatk Statement 2: vecc= (hati.vecc)hati+ (hatj .vecc) hatj + (hatk. vecc)hatk

For any vectors veca and vecb, (veca xx hati) + (vecb xx hati) + ( veca xx hatj) . (vecb xx hatj) + (veca xx hatk ) .(vecb xx hatk) is always equal to

For any vectors veca and vecb, (veca xx hati) + (vecb xx hati) + ( veca xx hatj) . (vecb xx hatj) + (veca xx hatk ) .(vecb xx hatk) is always equal to

If veca=hati+hatj,vecb=hati-hatj , then veca.vecb=

If veca vecb are non zero and non collinear vectors, then [(veca, vecb, veci)]hati+[(veca, vecb, vecj)]hatj+[(veca, vecb, veck)]hatk is equal to

CENGAGE ENGLISH-DIFFERENT PRODUCTS OF VECTORS AND THEIR GEOMETRICAL APPLICATIONS -Exercise 2.3
  1. If veca , vecb , vecc and vecd are four non-coplanar unit vectors such...

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  2. prove that if [vecl vecm vecn] are three non-coplanar vectors, then [v...

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  3. if the volume of a parallelpiped whose adjacent egges are veca=2hati+3...

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  4. If veca=hati+hatj + hatk and vecb = hati - 2 hatj+hatk then find the v...

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  5. If vecx.veca=0vecx.vecb=0 and vecx.vecc=0 for some non zero vector vec...

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  6. If veca=hati+hatj + hatk and vecb = hati - 2 hatj+hatk then find the v...

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  7. If veca, vecb,vecc are three non-coplanar vectors such that veca xx ve...

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  8. If veca= vecP + vecq, vecP xx vecb = vec0 and vecq. vecb =0 then prove...

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  9. Prove that (veca.(vecbxxhati))hati+(veca.(vecbxxhatj))hatj+ (veca.(vec...

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  10. for any four vectors veca,vecb, vecc and vecd prove that vecd. (vecax...

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  11. If veca and vecb be two non-collinear unit vectors such that vecaxx(ve...

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  12. show that (vecaxxvecb)xxvecc=vecaxx(vecbxxvecc) if and only if veca a...

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  13. Let veca,vecb and vecc be the non zero vectors such that (vecaxxvecb)x...

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  14. If vecp, vecq , vecr denote vectors vecbxxvecc, vecc xx vecc xx veca, ...

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  15. Let veca, vecb , vecc be non -coplanar vectors and let equations veca'...

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  16. Given unit vectors hatm hatn and hatp such that angle between hatm and...

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  17. veca,vecb, vecc arwe threee unit vectors and every two are two incline...

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  18. Let veca=a(1)hati+a(2)hatj+a(3)hatk,vecb=b(1)hati + b(2)hatj + b(3)hat...

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