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Express the vector (1, 0) as a linear combination of the unit vectors Î and Ĵ
Î+Ĵ
Î
Ĵ
Î-Ĵ
Write the vector (3, 2, 1) as a linear combination of the unit vectors Î ,Ĵ and k̂
3Î+2Ĵ + k̂
2 Î + Ĵ + k̂
2 Î +Ĵ -2 k̂
-2 Î +Ĵ +2 k̂
Fill in the blanks.
The vector (-2, 5) as a linear combination of the unit vectors Î and Ĵ are___
2Î-5Ĵ
2Î +5Ĵ
-2Î -5Ĵ
Is this statement true or false?
The linear combination of the unit vectors Î and Ĵ that represents the vector (-5, 3) is 5Î -3Ĵ
True
False
What is the linear combination of the unit vectors Î and Ĵ that represents the vector (0, -2)?
-2Î+Ĵ
3Ĵ
The vector (-3, 1, 0) as a linear combination of the unit vectors Î ,Ĵ and k̂ is ___
-3Î+Ĵ
Î + 3Ĵ
2Ĵ +3 k̂
-3Î+3Ĵ
Write the vector (2, 1, -2) as a linear combination of the unit vectors Î ,Ĵ and k̂
2Î+Ĵ +2 k̂
2Î + Ĵ + k̂
2Î +Ĵ -2 k̂
-2Î +Ĵ +2 k̂
Express the vector (4, 0, -1) as a linear combination of the unit vectors Î ,Ĵ and k̂
4Î+Ĵ - k̂
4Î - Ĵ + k̂
4Î +Ĵ + k̂
4Î +Ĵ -3 k̂
The linear combination of the unit vectors Î ,Ĵ and k̂ that represents the vector (1, 2, 3) is ___
Î+2Ĵ +3 k̂
Î + Ĵ + k̂
Î -2Ĵ -3 k̂
The linear combination of the unit vectors Î ,Ĵ and k̂ that represents the vector (0, -4, 2) is 4Î + 2 k̂
It is done.