All Common Core: High School - Number and Quantity Resources
Example Questions
Example Question #191 : High School: Number And Quantity
Calculate , where . Also determine the direction of the resulting vector.
, Direction is away from .
, Direction is away from .
, Direction is the same as .
, Direction is away from .
, Direction is the same as .
, Direction is away from .
In order to solve the first part of the problem, we need to remember how to take the magnitude of a vector and scalar.
, where is a scalar.
Now lets calculate this.
As for the direction of the vector, since , the resulting vector will be against the original vector .
See below for a picture.
Example Question #192 : High School: Number And Quantity
Calculate , where . Also determine the direction of the resulting vector.
, Direction is away from .
, Direction is the same as .
, Direction is away from .
, Direction is away from .
, Direction is the same as .
, Direction is the same as .
In order to solve the first part of the problem, we need to remember how to take the magnitude of a vector and scalar.
, where is a scalar.
Now lets calculate this.
As for the direction of the vector, since , the resulting vector will be in the same direction as the original vector .
See below for a picture.
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 ?
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 ?
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 #194 : High School: Number And Quantity
Which of the following matrices represents the equations, , and ?
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 #195 : High School: Number And Quantity
Which of the following matrices represents the equations, , and ?
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 #196 : High School: Number And Quantity
Which of the following matrices represents the equations, , and ?
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 ?
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 ?
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 ?
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.