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[Av]=[ic]+μ[kc] [Bv]=3[ic]+λ[jc]-3[kc] find μ such that these are perpendicular ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=λ[ic]+5[jc]+3[kc] find λ such that [Av] & [Bv] are perpendicular ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=3[ic]+[jc]+2[kc] find angle between them ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=-4[ic]+12[jc]+3[kc] projection of a along b ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=-[ic]-5[jc]+3[kc] [Cv]=-3[ic]+7[jc]-9[kc] λ=2 μ=3 find [Av].(μ[Bv]+λ[Cv]) ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=-[ic]-5[jc]+3[kc] [Cv]=-3[ic]+7[jc]-9[kc] find [Av].([Bv]+[Cv]) ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=[ic]+5[jc]-3[kc] λ=5 μ=6 find (μ[Av]).(λ[Bv]) ...

[Av]=-2[ic]+3[jc]-[kc] [Bv]=[ic]+5[jc]+3[kc] μ=7 find (μ [Av]).[Bv] ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=[ic]+5[jc]+3[kc] λ=5 find [Av].(λ[Bv]) ...

[Av]=2[ic]+3[jc]-[kc] [Bv]=-[ic]+5[jc]+3[kc] find [Av].[Bv] ...

[Av]=l[ic]+2[jc]+n[kc] [Bv]=2[ic]-1[jc]-5[kc] if [Bv]=d[Av] find d ...

[Av]=l[ic]+2[jc]+n[kc] [Bv]=2[ic]-m[jc]-5[kc] if [Av]=[Bv] find l, m, n ...

[Av]=2[ic]-m[jc]+n[kc] [Bv]=[ic]+[jc]-[kc] find m & n such that [Av]+λ[Bv]=-[ic]-6[jc]+3[kc] ...

[Av]=[ic]+2[jc]-3[kc] [Bv]=2[ic]-3[jc]+5[kc] λ=5, μ=7 find μ[Av]+λ[Bv] ...

[Av]=[ic]+2[jc]-3[kc] find λ[Av] where λ=5 ...

find additive inverse of [Av] where [Av]=3[ic]-6[jc]-2[kc] ...

[Av]=[ic]+2[jc]-3[kc] [Bv]=3[ic]+6[jc]-2[kc] [Cv]=2[ic]-3[jc]+5[kc] find [Av]-[Bv]+[Cv] ...

[Av]=[ic]+2[jc]-3[kc] [Bv]=3[ic]+6[jc]-2[kc] [Cv]=2[ic]-3[jc]+5[kc] find [Av]+[Bv]+[Cv] ...

[Av]=[ic]+2[jc]-3[kc] [Bv]=2[ic]-3[jc]+5[kc] find [Av]-[Bv] ...