All Calculus 3 Resources
Example Questions
Example Question #472 : Vectors And Vector Operations
Find the dot product between the vectors and
To find the dot product between two vectors and , we apply the formula
Using the vectors from the problem statement, we get
Example Question #473 : Vectors And Vector Operations
Find the dot product between the vectors and
To find the dot product between two vectors and , we apply the following formula:
Using the vectors from the problem statement, we get
Example Question #476 : Vectors And Vector Operations
Find the dot product between the vectors and
To find the dot product between two vectors and , we apply the following formula:
Using the vectors from the problem statement, we get
Example Question #477 : Vectors And Vector Operations
Find the dot product between the vectors and
To find the dot product between the vectors and , we use the formula:
Using the vectors from the problem statement and applying, we get
Example Question #478 : Vectors And Vector Operations
Find the dot product between the vectors and
To find the dot product between the vectors and , we use the formula:
Using the vectors from the problem statement and applying, we get
Example Question #161 : Dot Product
Find the dot product between the vectors and
To find the dot product between the vectors and , we use the formula:
Using the vectors from the problem statement and applying, we get
Example Question #162 : Dot Product
Find the dot product between the vectors and
To find the dot product between two vectors and , you apply the formula:
Using the vectors from the problem statement, we get
Example Question #163 : Dot Product
Find the dot product between the vectors and
To find the dot product between two vectors and , you apply the formula:
Using the vectors from the problem statement, we get
Example Question #161 : Dot Product
Solve:
The dot product is given by the sum of the products of the corresponding components of each vector (for example, )
Our final answer is
Example Question #162 : Dot Product
Solve for x:
To solve for x, we must take the dot product, which is performed by multiplying the corresponding components and adding the products together.
We get
Solving for x, we get