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Example Questions
Example Question #1094 : Calculus Ii
What is the cross product of and ?
In order to find the cross product of two three-dimensional vectors, we must find the determinant of a matrix comprised of the vectors' elements. That is, if and , then
.
Given and , the cross product is:
Example Question #233 : Vector
What is the dot product of and ?
The dot product of two vectors is the sum of the products of the vectors' corresponding elements. Given and , then:
Example Question #234 : Vector
What is the dot product of and ?
The dot product of two vectors is the sum of the products of the vectors' corresponding elements. Given and , then:
Example Question #235 : Vector
What is the dot product of and ?
The dot product of two vectors is the sum of the products of the vectors' corresponding elements. Given and ?hen:
Example Question #236 : Vector
What is the norm of ?
In order to find the norm of a vector, we must first find the sum of the squares of the vector's elements and take the square root of that sum. Given , then:
Example Question #237 : Vector
What is the norm of ?
In order to find the norm of a vector, we must first find the sum of the squares of the vector's elements and take the square root of that sum. Given , then:
Example Question #241 : Vector
What is the norm of ?
In order to find the norm of a vector, we must first find the sum of the squares of the vector's elements and take the square root of that sum. Given , then:
Example Question #241 : Vector
What is the cross product of and .
In order to find the cross product of two three-dimensional vectors, we must find the determinant of a matrix comprised of the vectors' elements. That is, if and , then
.
Given and , the cross product is:
Example Question #242 : Vector
What is the cross product of and .
In order to find the cross product of two three-dimensional vectors, we must find the determinant of a matrix comprised of the vectors' elements. That is, if and , then
.
Given and , the cross product is:
Example Question #243 : Vector
What is the cross product of and .
In order to find the cross product of two three-dimensional vectors, we must find the determinant of a matrix comprised of the vectors' elements. That is, if and , then
.
Given and , the cross product is:
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