A system is modelled by the following simultaneous equations: 6.2a+ 7.9b + 12.6c = 18 7.5a + 4.8b + 4.8c = 6.39 13a+ 3.5b − 13.c = −17.4 Where acceleration is given by 'a' m/s^2, velocity is given by 'b' m/s, and displacement is given by 'c' m. Use Gaussian elimination to determine the acceleration, velocity and displacement

A system is modelled by the following simultaneous equations: 6.2a+ 7.9b + 12.6c = 18 7.5a + 4.8b + 4.8c = 6.39 13a+ 3.5b − 13.c = −17.4 Where acceleration is given by 'a' m/s^2, velocity is given by 'b' m/s, and displacement is given by 'c' m. Use Gaussian elimination to determine the acceleration, velocity and displacement

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

A system is modelled by the following simultaneous equations:

6.2a+ 7.9b + 12.6c = 18

7.5a + 4.8b + 4.8c = 6.39

13a+ 3.5b − 13.c = −17.4

Where acceleration is given by 'a' m/s^2, velocity is given by 'b' m/s, and displacement is given by 'c' m. Use Gaussian elimination to determine the acceleration, velocity and displacement.

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