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GRE Subject Test: Math : Linear Algebra

Study concepts, example questions & explanations for GRE Subject Test: Math

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All GRE Subject Test: Math Resources

2 Diagnostic Tests 148 Practice Tests Question of the Day Flashcards Learn by Concept

Example Questions

Example Question #51 : Linear Algebra

What is the vector form of 7j+14k ?

Possible Answers:

$\left \langle 0,-7,14\right \rangle$

$\left \langle 0,-7,-14\right \rangle$

$\left \langle 7,0,14\right \rangle$

$\left \langle 14,7,0\right \rangle$

$\left \langle 0,7,14\right \rangle$

Correct answer:

$\left \langle 0,7,14\right \rangle$

Explanation:

In order to derive the vector form, we must map the vector elements to their corresponding , , and coefficients. That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ . So for 7j+14k , we can derive the vector form $\left \langle 0,7,14\right \rangle$ .

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Example Question #22 : Vector Form

What is the vector form of -i+9j-5k ?

Possible Answers:

$\left \langle -1,9,5\right \rangle$

$\left \langle 1,9,5\right \rangle$

$\left \langle -1,9,-5\right \rangle$

$\left \langle -1,-9,5\right \rangle$

$\left \langle -1,-9,-5\right \rangle$

Correct answer:

$\left \langle -1,9,-5\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients. That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ . So for -i+9j-5k , we can derive the vector form $\left \langle -1,9,-5\right \rangle$ .

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Example Question #411 : Gre Subject Test: Math

What is the vector form of -2j+4k ?

Possible Answers:

$\left \langle 0,-2,-4\right \rangle$

$\left \langle-2,0,4\right \rangle$

$\left \langle 4,-2,0\right \rangle$

$\left \langle -2,4,0\right \rangle$

$\left \langle 0,-2,4\right \rangle$

Correct answer:

$\left \langle 0,-2,4\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients. That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ . So for -2j+4k , we can derive the vector form $\left \langle 0,-2,4\right \rangle$ .

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Example Question #31 : Vectors

What is the vector form of i+5k ?

Possible Answers:

$\left \langle -1,0,-5\right \rangle$

$\left \langle 1,0,-5\right \rangle$

None of the above

$\left \langle -1,0,5\right \rangle$

$\left \langle 1,0,5\right \rangle$

Correct answer:

$\left \langle 1,0,5\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients. That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ . So for i+5k , we can derive the vector form $\left \langle 1,0,5\right \rangle$ .

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Example Question #32 : Vector Form

What is the vector form of -2i+5j-9k ?

Possible Answers:

$\left \langle 2,5,-9\right \rangle$

$\left \langle -2,5,-9\right \rangle$

$\left \langle 2,5,9\right \rangle$

$\left \langle -2,5,9\right \rangle$

$\left \langle -2,-5,-9\right \rangle$

Correct answer:

$\left \langle -2,5,-9\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients.

That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ .

So for -2i+5j-9k , we can derive the vector form $\left \langle -2,5,-9\right \rangle$ .

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Example Question #33 : Vector Form

What is the vector form of i+7k ?

Possible Answers:

$\left \langle 1,7,0\right \rangle$

$\left \langle 0,7,1\right \rangle$

$\left \langle 0,1,7\right \rangle$

$\left \langle 7,1,0\right \rangle$

$\left \langle 1,0,7\right \rangle$

Correct answer:

$\left \langle 1,0,7\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients.

That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ .

So for i+7k , we can derive the vector form $\left \langle 1,0,7\right \rangle$ .

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Example Question #57 : Linear Algebra

What is the vector form of 4j-6k ?

Possible Answers:

$\left \langle 0,4,-6\right \rangle$

$\left \langle 0,-6,4\right \rangle$

$\left \langle 4,-6,0\right \rangle$

$\left \langle 4,0,-6\right \rangle$

$\left \langle -6,0,4\right \rangle$

Correct answer:

$\left \langle 0,4,-6\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients.

That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ .

So for 4j-6k , we can derive the vector form $\left \langle 0,4,-6\right \rangle$ .

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Example Question #32 : Vectors

What is the vector form of 4i+8j-9k ?

Possible Answers:

$\left \langle -4,-8,-9\right \rangle$

$\left \langle 4,8,9\right \rangle$

$\left \langle 4,-8,-9\right \rangle$

$\left \langle 4,-8,9\right \rangle$

$\left \langle 4,8,-9\right \rangle$

Correct answer:

$\left \langle 4,8,-9\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients.

That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ .

So for 4i+8j-9k , we can derive the vector form $\left \langle 4,8,-9\right \rangle$ .

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Example Question #35 : Vector Form

What is the vector form of 2i+k ?

Possible Answers:

$\left \langle -2,0,-1\right \rangle$

$\left \langle 1,2,0\right \rangle$

$\left \langle 1,0,2\right \rangle$

$\left \langle -2,0,1\right \rangle$

$\left \langle 2,0,1\right \rangle$

Correct answer:

$\left \langle 2,0,1\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients.

That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ .

So for 2i+k , we can derive the vector form $\left \langle 2,0,1\right \rangle$ .

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Example Question #381 : Parametric, Polar, And Vector

What is the vector form of -4j-5k ?

Possible Answers:

$\left \langle 0,4,5\right \rangle$

$\left \langle -4,0,-5\right \rangle$

$\left \langle 0,4,-5\right \rangle$

$\left \langle -4,0,5\right \rangle$

$\left \langle 0,-4,-5\right \rangle$

Correct answer:

$\left \langle 0,-4,-5\right \rangle$

Explanation:

In order to derive the vector form, we must map the , , -coordinates to their corresponding , , and coefficients.

That is, given $a_{1}i+a_{2}j+a_{3}k$ , the vector form is $a=\left \langle a_{1},a_{2},a_{3}\right \rangle$ .

So for -4j-5k , we can derive the vector form $\left \langle 0,-4,-5\right \rangle$ .

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GRE Subject Test: Math : Linear Algebra

Study concepts, example questions & explanations for GRE Subject Test: Math

All GRE Subject Test: Math Resources

Example Questions

Example Question #51 : Linear Algebra

Example Question #22 : Vector Form

Example Question #411 : Gre Subject Test: Math

Example Question #31 : Vectors

Example Question #32 : Vector Form

Example Question #33 : Vector Form

Example Question #57 : Linear Algebra

Example Question #32 : Vectors

Example Question #35 : Vector Form

Example Question #381 : Parametric, Polar, And Vector

All GRE Subject Test: Math Resources

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