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Example Questions
Example Question #221 : Vectors And Vector Operations
Given the vectors
find the sum .
Given the vectors
we can find the sum by adding component by component:
Example Question #222 : Vectors And Vector Operations
Find the sum of the two vectors
The sum of two vectors
is defined as
For the vectors in this problem
Example Question #223 : Vectors And Vector Operations
Find the sum of the two vectors.
The sum of two vectors
is defined as
For the vectors in this problem
Example Question #231 : Vectors And Vector Operations
Find the sum of the vectors:
To add vectors, we simply add their components. For example, .
Our answer is
Example Question #232 : Vectors And Vector Operations
Compute the sum of the vectors and
.
The formula for the sum of two vectors a and b is . Using the numbers we have, we get the resultant as
.
Example Question #2232 : Calculus 3
Solve:
To add vectors, we simply add the components. For example:
Our final answer is
Note that a Pythagorean identity was used when combining the "y" terms.
Example Question #21 : Vector Addition
Solve:
To add two vectors, we simply add the corresponding components (for example, )
Our answer is therefore
Example Question #233 : Vectors And Vector Operations
Find the sum of the two vectors.
The sum of two vectors
is defined as
For the vectors in this problem
Example Question #232 : Vectors And Vector Operations
Find the sum of the two vectors, .
The sum of two vectors
is defined as
For the vectors in this problem
Example Question #235 : Vectors And Vector Operations
Find the difference between and
.
The formula for the difference of vectors is
Using the vectors given, we get
.
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