Parametric equation calculator

    • [DOC File]Tips for Beginners for the TI 89 Calculator

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      key MODE Graph = 2: parametric. A parametric graph is made on the x-y axes by defining x = f(t) & separately y = f(t). Thus in parametric mode, you must type in a pair of equations. E.g. in Y= xt1 = sin 2t. yt1 = sin 3t. To view the graph of the above set x & y min/max = ±1 & use radian mode. You will get a pretty Lissajous figure.

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    • [DOC File]Using Dimensions in Equations, Example 1

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      Therefore, start the parametric design process there: Select . Tools(Equations. to open an . Equations panel. The empty . Equations – partname panel. appears and you pick . Add. to start the equations population process by opening an . Add Equation panel. The . Add Equation panel. opens by displaying its full set of mathematical . functions ...

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    • [DOC File]Using Equations in SolidWorks, Example 2

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      The default name (in quotes) of the selected dimension automatically appears to start the equation. Use the lower . calculator. panel to add the desired initial length, say = 150 mm, OK (see middle of Figure 4). ... Figure 9 A new equation tied to parametric constant “Length” ...

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    • [DOC File]Parametric Equations

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      is given by the parametric equations: and . Suppose the initial velocity of the ball is 60 ft/sec . and the angle of elevation is. Put your calculator in degree, parametric and sequential modes. To graph the goal post: x1 = 90, y1 = t. To graph the path of the ball: x2 = (60cos30)t, y2 = (60sin30)t – 16t2 (use the …

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    • [DOC File]CALCULUS BC

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      6. A curve C is defined by the parametric equations. (a) Find in terms of t. (b) Find an equation of the tangent line to C at the point where t = 2. 7. A curve C is defined by the parametric equations. (a) Find in terms of t. (b) Find an equation of the tangent line to C at the point where t =.

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    • [DOC File]Parametric Equations and Vectors, Day 4—Calculator Active

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      Parametric Equations and Vectors, Day 4—Calculator Active Author: NBISD Last modified by: NBISD Created Date: 3/26/2008 6:23:00 PM Company: NBISD Other titles: Parametric Equations and Vectors, Day 4—Calculator Active

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    • [DOC File]Pre-Calculus Parametrics Worksheet #2

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      Write parametric equations which will give the graph in part (a) a vertical stretch by a factor of 2 and move the graph 5 units to the right. (Hint: Verify on your calculator!) d) Write parametric equations that will rotate the original graph 60° CCW. 17. For the curve (x + 5)2 + y2 = 4 complete the following:

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    • Parametric Equations

      Typically we express most graphs as a single equation which involves two variables, x and y. By using parametric mode on the calculator you may use three variables to represent a curve. Commonly, that third variable is t, time. This enables you to locate a point on a curve and know when it was there.

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    • [DOC File]Pre-Calculus Parametrics Worksheet #2

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      d) Write parametric equations which will give the graph in part (a) a vertical stretch by a factor of 2 and move the graph 5 units to the right. (Hint: Verify on your calculator!) Problems 10-11: Write a new set of parametric equations with the following transformations for x = t4 – …

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    • Problem 1 – Introduction to Parametric Equations

      The resulting parametric equations are: Enter the given parametric equations into the calculator and view the resulting graph as outlined earlier. In parametric mode, you are unable to use the . Calculate. menu to find the maximum height or the zeros. To find these values, you must convert this to a polynomial equation.

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