Common Core: High School - Number and Quantity : Vector & Matrix Quantities

Study concepts, example questions & explanations for Common Core: High School - Number and Quantity

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All Common Core: High School - Number and Quantity Resources

6 Diagnostic Tests 49 Practice Tests Question of the Day Flashcards Learn by Concept

Example Questions

Example Question #196 : High School: Number And Quantity

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #197 : High School: Number And Quantity

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #198 : High School: Number And Quantity

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #199 : High School: Number And Quantity

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #2 : Use Matrices To Represent And Manipulate Data: Ccss.Math.Content.Hsn Vm.C.6

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #1 : Use Matrices To Represent And Manipulate Data: Ccss.Math.Content.Hsn Vm.C.6

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #11 : Use Matrices To Represent And Manipulate Data: Ccss.Math.Content.Hsn Vm.C.6

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #12 : Use Matrices To Represent And Manipulate Data: Ccss.Math.Content.Hsn Vm.C.6

Which of the following matrices represents the equations, , and ?

Possible Answers:

Correct answer:

Explanation:

To do this problem, all we need to do is put the coefficients for each variable into a matrix. The first column will be x values, 2nd column will be y values, and 3rd column will be what the equations are equal to.

It will look like this

 where , are coefficients of  and  in the first and second equation respectively.  refer to what the equations are equal to. So after placing the coefficients and what the equations are equal to in a matrix, it will look like the following.

Example Question #1 : Multiply Matrices By Scalar: Ccss.Math.Content.Hsn Vm.C.7

Compute  

Possible Answers:

Not possible

Correct answer:

Explanation:

In order to compute this, we need to multiply each entry by the scalar 

 

Example Question #2 : Multiply Matrices By Scalar: Ccss.Math.Content.Hsn Vm.C.7

Compute  

Possible Answers:

Correct answer:

Explanation:

In order to compute this, we need to multiply each entry by the scalar 

 

All Common Core: High School - Number and Quantity Resources

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