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48 Cards in this Set
- Front
- Back
What is the distance formula in 3D? |
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What is the formula for a sphere in 3D? |
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What is a scalar? |
Is a quantity that has a magnitude describable by a real number and no direction. |
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What is a vector? |
Is used to indicate a quanitity (such as displacement or velocity) that has both magnitude and direction. |
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Dot Product |
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Scalar projection of b onto a |
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Scalar projection of a onto b |
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Vector projection of b onto a |
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Vector projection of a onto b |
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Angle between vectors a and b of a dot product. |
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When are vectors a and b called perpendicular or orthogonal? |
When the angle between them makes cosine zero such angles 0 deg, 180 deg, 360 deg, etc.
Two vectors a and b are orthogonal if and only if a dot b = 0. |
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How to find the angle of a vector product? |
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When are two non-zero vectors a and b parallel? |
If and only if a x b = 0 |
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What are the names of the angles between vector v?
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The angle between vector v is:
- x-axis is alpha - y-axis is beta - z-axis is gamma |
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What is the graph of a Line? |
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What is the vector equation of a line? |
- r: The equation of the line. - r = - r0 = - v = - t = a parameter |
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Equation of a Line |
Each t defines a point on the line. |
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Unit Tangent Vector |
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Magnitude (Length) of a Vector |
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Ellipsoid Surface |
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Cone Surface |
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Elliptic Paraboloid Surface |
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Hyperboloid of One Sheet Surface |
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Hyperbolic Paraboloid Surface |
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Hyperbolic of Two Sheets Surface |
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Example of Vector Spaces |
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What is a basis? |
A basis for a vector space is a set of vectors belonging to the vector space and that are linearly independent and that spans the vector space. |
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What is a spanning set? |
A set of vectors is a spanning set of a vector space if every vector from the vector space can be written as a linear combination of the vectors from the spanning set. |
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Equation of a plane |
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Formula for the distance between a point and a plane |
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Unit Normal Vector |
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Unit Binormal Vector |
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Curvature of a Curve |
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Arc Length of a Curve |
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Normal Plane |
Is a plane containing N(t) and B(t) and has T(t) as its normal vector. |
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Osculating Plane |
Is a plane containing T(t) and N(t) and has B(t) as its normal vector. N(t) points to the center of the osculating circle. |
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Rectifying Plane |
Is a plane containing T(t) and B(t) and has N(t) as its normal vector. |
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Equation of a Tangent Plane for w=f(x,y,z) |
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Change in f in the direction of vector u |
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Maximum change in f |
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Chain rule for the derivative of F with respect to s
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Linear Approximation Equation |
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Equation of a Tangent Plane for z=f(x,y) |
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Volume of Parallelepiped |
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Relative Minimum of a function with two variables |
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Relative Maximum of a function with two variables |
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Critical points of a function with two variables |
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Second Derivative Test of a function with two variables |
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