List of images
- Image: Triangle density
A triangular probability density function centered around 1. - Image: A cube region for a triple integral
A cube region for the domain of a triple integral. - Image: Triple integral ellipse shadow
Elliptical region determined by the shadow method for computing triple integral limits of a three-dimensional region. - Image: Triple integral rectangular cross section
Rectangular region determined from the cross-section method of computing triple integral limits. - Image: A cross section of a tetrahedron region for triple integrals
A cross section of a tetrahedron region used as a domain for triple integrals. - Image: A tetrahedron region for triple integrals
A tetrahedron region used for the domain of triple integrals. - Image: Triangular region determined by the shadow method
Triangular region determined by the shadow method for computing triple integral limits of a three-dimensional region. - Image: Probability distribution for the sum of two six-sided dice
A bar chart illustrating the probability distribution for a random variable $X$ that is given by the sum of the result of rolling two six-sided dice. - Image: Two paths between a pair of points
An illusration of two different planes connecting the same pair of points. - Image: Two different tangents from the left and the right
The function is not differentiable at a point where it has two different tangents from the left and the right. - Image: Uniform density
The probability density function for a uniform random variable in the interval [0,1]. - Image: Cycle of unit vectors
Cycle of unit vectors useful for remembering their cross products. - Image: Network of US Congress twitterers showing citation frequency
A map of the US congressmen and women who were on Twitter in January 2009. - Image: A vector
A vector is an object that has a magnitude and a direction - Image: Adding two-dimensional vectors
Illustration of the coordinates of the sum of two-dimensional vectors. - Image: The coordinates of a vector in two dimensions
The coordinates of a two-dimensional vector are determined by translating its tail to the origin. - Image: The sum of two vectors
The sum of two vectors is formed by placing the vectors head to tail. - Image: The difference of two vectors
The difference of two vectors is formed by placing the tails of two vectors together.
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