Three-Dimensional Surface and Contour Plots 5.31 Create x and y vectors from 5 to +5 with a spacing of 0.5. Use the meshgrid function to map x and y onto two new two-dimensional matrices called x and y. Use your new matrices to calculate vector Z, with magnitude Z = sin(√x² + y²) a. Use the mesh plotting function to create a three-dimensional plot of Z. b. Use the surf plotting function to create a three-dimensional plot of Z. Compare the results you obtain with a single input (Z) with those obtained with inputs for all three dimensions (X, Y, Z). d. Generate a contour plot of Z. Use handle graphics and the contour lines. function to label the

Three-Dimensional Surface and Contour Plots 5.31 Create x and y vectors from 5 to +5 with a spacing of 0.5. Use the meshgrid function to map x and y onto two new two-dimensional matrices called x and y. Use your new matrices to calculate vector Z, with magnitude Z = sin(√x² + y²) a. Use the mesh plotting function to create a three-dimensional plot of Z. b. Use the surf plotting function to create a three-dimensional plot of Z. Compare the results you obtain with a single input (Z) with those obtained with inputs for all three dimensions (X, Y, Z). d. Generate a contour plot of Z. Use handle graphics and the contour lines. function to label the

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Three-Dimensional Surface and Contour Plots 5.31 Create x and y vectors from -5 to +5 with a spacing of 0.5. Use the meshgrid function to map x and y onto two new two-dimensional matrices called x and y. Use your new matrices to calculate vector Z, with magnitude Z = sin(√x² + y²) a. Use the mesh plotting function to create a three-dimensional plot of Z. b. Use the surf plotting function to create a three-dimensional plot of Z. Compare the results you obtain with a single input (Z) with those obtained with inputs for all three dimensions (X, Y, Z). d. Generate a contour plot of Z. Use handle graphics and the contour lines. function to label the
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#4
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