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  2. Space Jam - Wikipedia

    en.wikipedia.org/wiki/Space_Jam

    Space Jam later expanded into a media franchise which includes comics, video games and merchandise. The Space Jam franchise is estimated to have generated $6 billion in total revenue. This includes a wide variety of merchandise, such as Air Jordans, Bugs Bunny shirts, Happy Meals, Mugsy Bogues jerseys, and Tweety gowns. [34]

  3. Tangent space - Wikipedia

    en.wikipedia.org/wiki/Tangent_space

    The tangent space of at , denoted by , is then defined as the set of all tangent vectors at ; it does not depend on the choice of coordinate chart :. The tangent space T x M {\displaystyle T_{x}M} and a tangent vector v ∈ T x M {\displaystyle v\in T_{x}M} , along a curve traveling through x ∈ M {\displaystyle x\in M} .

  4. Bill Murray Says He Made Michael Jordan Personally Ask Him to ...

    www.aol.com/bill-murray-says-made-michael...

    When it came to appearing alongside Michael Jordan in 1996’s Space Jam, Bill Murray played hard to get.. On the most recent episode of Jason and Travis Kelce’s New Heights podcast, the ...

  5. Four-velocity - Wikipedia

    en.wikipedia.org/wiki/Four-velocity

    A four-velocity is thus the normalized future-directed timelike tangent vector to a world line, and is a contravariant vector. Though it is a vector, addition of two four-velocities does not yield a four-velocity: the space of four-velocities is not itself a vector space. [nb 2]

  6. World line - Wikipedia

    en.wikipedia.org/wiki/World_line

    All curves through point p have a tangent vector, not only world lines. The sum of two vectors is again a tangent vector to some other curve and the same holds for multiplying by a scalar. Therefore, all tangent vectors for a point p span a linear space, termed the tangent space at point p. For example, taking a 2-dimensional space, like the ...

  7. Exponential map (Riemannian geometry) - Wikipedia

    en.wikipedia.org/wiki/Exponential_map...

    Consider the point 1 ∈ R +, and x ∈ R an element of the tangent space at 1. The usual straight line emanating from 1, namely y ( t ) = 1 + xt covers the same path as a geodesic, of course, except we have to reparametrize so as to get a curve with constant speed ("constant speed", remember, is not going to be the ordinary constant speed ...

  8. Fundamental vector field - Wikipedia

    en.wikipedia.org/wiki/Fundamental_vector_field

    It is a well-known result [3] that such vector fields are isomorphic to , the tangent space at identity. In fact, if we let G {\displaystyle G} act on itself via right-multiplication, the corresponding fundamental vector fields are precisely the left-invariant vector fields.

  9. Space of directions - Wikipedia

    en.wikipedia.org/wiki/Space_of_directions

    The set of equivalence classes of curves with directions at the point p equipped with the upper angle is a metric space, called the space of directions at the point, denoted as (). The metric completion of the space of directions is called the completed space of directions , denoted as Ω p ( M ) ¯ {\displaystyle {\overline {\Omega _{p}(M)}}} .

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