How to parametrize a curve

    • [DOC File]Math 131 - Illinois State University

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      - Values are vectors depending on 1 parameter (space curve), or more; - Using CAS to draw space curves (xy-projection on TI-89); 10.2 Derivatives and integrals of vector functions: 2,9,19,29;

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    • [DOC File]Math 131 - Illinois State University

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      - Prove formula 7 from 12.6 (parametrize the surface and compute its area). - Prove the change to polar coordinates in a double integral formula, as a special case of the Change of Variables formula 9/12.9 (compute the Jacobian etc.). Math 147 - Calc III : Review for Final Test

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    • [DOC File]Mark P Neyer - Xavier University

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      c) There is a local maximum at point 2, because the constraint curve is parallel to the level curve, and the constraint curve decreases on either side of point 2. d) There is no way to tell. Answer: b. There is a local minimum or maximum at point 2, because the constraint curve is parallel to the level curve of f.

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    • [DOC File]Calculus 3 Lecture Notes, Section 11.4

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      When possible, it’s often useful to parameterize a curve in terms of arc length so that each 1-unit increment in the parameter traces out exactly one unit of arc length on the curve. To do this, recall that for the curve given by the vector function , we can define an “arc length function” s(t) by:

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    • [DOC File]Math 211 First Midterm SHOW ALL WORK

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      Sketch in polar coordinates, and identify the curve. Title: Math 211 First Midterm SHOW ALL WORK Author: UConn Hartford Last modified by: bah02003 Created Date: 4/26/2015 7:35:00 PM Company: University Of Connecticut Other titles: Math 211 First Midterm SHOW ALL WORK ...

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    • [DOC File]Vector Integral Calculus

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      1. If an oriented curve C is piecewise smooth, composed of smooth curves , , . . ., , then. which is the same as . If C is a plane curve with smooth parameterization . is continuous at every point on C, then. and . (11) Example 7 Evaluate , where C is the portion of the circle from (2, 0) to (0, 2) oriented in a counterclockwise direction.

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    • [DOC File]The MATLAB Notebook v1.5.2

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      We can parametrize ( conveniently using polar coordinates. syms r. sigma=[r*cos(t),r*sin(t),r^2*cos(t)*sin(t)] This has the great advantage that we can parametrize the boundary curve by setting r to 2. boundary=subs(sigma,r,2) Let us now evaluate both sides of Stokes' theorem in this case.

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    • [DOC File]Review of Partial Differtial Operations

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      To derive equation (4), parametrize the spatial curve, with respect to the variable t: Then, using the chain rule, we obtain equation (4): Finding variations in a specific direction often occurs when we try to find that variation of a physical quantity in the direction of the flow field, .

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    • [DOC File]Vector-Valued Functions

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      Note 2: Later, when we study line integrals, we will have to consider the two curves as a single curve (the boundary of a region) and parameterize the boundary with a single vector-valued function. Exercise 5: Sketch the space curve represented by the vector-valued function , . t 0 π. 2π. 3π. 4π. your attempt

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    • [DOC File]ALGEBRA 2 WKST

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      (a) Graph the curve. Identify the initial and terminal points, if any. Indicate the direction in which the curve is traced. (b) Find a Cartesian equation for a curve that contains the parametrized curve. What portion of the graph of the Cartesian equation is traced by the parametrized curve? 12. , , 13., , Give a parametrization for the curve. 14.

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