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A geometric view of complex trigonometric functions
A geometric view of complex trigonometric functions

... branch of the square root function for which z is in the half-plane H of C consisting of the non-negative imaginary axis and numbers with a positive real part (see Figure 3). In general, the complex distance between two points in C2 is a complex number (with non-negative real part). However, since ...
Fractals with a Special Look at Sierpinski’s Triangle
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Vectors Intuitively, a vector is a mathematical object that has both a
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... Chapter 7 Basics of Combinatorial Topology ...
Specialist Mathematics Glossary
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... Assume  the  opposite  (negation)  of  what  you  are  trying  to  prove.  Then  proceed  through  a  logical   chain  of  argument  till  you  reach  a  demonstrably  false  conclusion.  Since  all  the  reasoning  is  correct   and ...
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Chapter 5 Manifolds, Tangent Spaces, Cotangent Spaces
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... In this case, M is called a topological manifold of dimension n. We do not require a manifold to be connected but we require all the components to have the same dimension, n. Actually, on every connected component of M , it can be shown that the dimension, n', of the range of every chart is the same ...
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Handout on Vectors, Lines, and Planes

Blank Notes Packet
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... 1. A parallelogram is a quadrilateral whose opposite sides are parallel. 2. The opposite sides and opposite angles of a parallelogram are equal, and adjacent angles of a parallelogram are supplementary. 3. The diagonals of a parallelogram bisect each other, but do not necessarily bisect the angles o ...
Handout #5 AN INTRODUCTION TO VECTORS Prof. Moseley
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... = [3/5, 4/5] . To make vectors in ú more applicable to two dimensional geometry we can introduce the concept of an equivalence relation and equivalence classes. We say that an arbitrary directed line segment in the p lane is equivalent to a geometrical vector in G if it has the same direction and ma ...
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... on U ∗ (Y ). The unit element 1 is represented by the identity map Y −→ Y with index 0; note that this also element exists when Y is infinite dimensional. The following result was proved by F. Quinn [18]. Theorem 2.1. Let f : M −→ N be a Fredholm map and g : W −→ N an inclusion of a finite-dimension ...
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... A person walks 10 m east and then 20 m south. What is her final displacement? 1. The vectors should be drawn to indicate their relative lengths – the 20 m vector is drawn twice as long as the 10 m vector. In addition, each vector should be drawn with  an arrow to indicate its direction. 10 m ...
Chapter 6 Manifolds, Tangent Spaces, Cotangent Spaces, Vector
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... The most intuitive method to define tangent vectors is to use curves. Let p ∈ M be any point on M and let γ: ] − , [ → M be a C 1-curve passing through p, that is, with γ(0) = p. Unfortunately, if M is not embedded in any RN , the derivative γ 0(0) does not make sense. However, for any chart, (U, ...
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... to fully describe the smooth manifold structure on X. While this phenomenon may seem little more than a toy curiousity for differential geometry, it arises in full force in the field of algebraic geometry where the coordinate functions are often unwieldy and algebraic structures in many cases can on ...
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Lesson Plan Format

DIFFERENTIAL GEOMETRY HW 3 32. Determine the dihedral
DIFFERENTIAL GEOMETRY HW 3 32. Determine the dihedral

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... It then makes sense to suppose that the thought occurred of transforming problems related to the topological category into analogous ones to be solved in the framework offered by the PL category. From this attitude two questions naturally emerged: is a given topological manifold homeomorphic to a PL ...
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CR manifold

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