B. Determine the number of terms necessary to approximate cos x to 8 significant figures using the Maclaurin series approximation. Calculate the approximation using a value of x = 0.37. Show complete solution and tabulate your answers. x2 x* x6. x8 cos x = 1 - - --+ 4! 6! 8!

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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NEED HELP FOR LETTER B HOPE YOU COULD HELP ME THANK YOU GOD BLESS!!

A. Give at least 3 examples of under the Chemical Engineering Field that uses
numerical analysis. Include the device used, organizing principle, and the
mathematical expression.
For example:
Field
Device
Organizing Principle Mathematical Expression
Chemical engineering
Conservation of mass Mass balance:
Reactors
Input
+ Output
Over a unit of time period
Amass - inputs - outputs
B. Determine the number of terms necessary to approximate cos x to 8 significant
figures using the Maclaurin series approximation. Calculate the approximation
using a value of x = 0.3. Show complete solution and tabulate your answers.
EDIES
8!
x2 x4
x6
x8
cos x = 1
2
- -
...
4!
6!
VERS
Transcribed Image Text:A. Give at least 3 examples of under the Chemical Engineering Field that uses numerical analysis. Include the device used, organizing principle, and the mathematical expression. For example: Field Device Organizing Principle Mathematical Expression Chemical engineering Conservation of mass Mass balance: Reactors Input + Output Over a unit of time period Amass - inputs - outputs B. Determine the number of terms necessary to approximate cos x to 8 significant figures using the Maclaurin series approximation. Calculate the approximation using a value of x = 0.3. Show complete solution and tabulate your answers. EDIES 8! x2 x4 x6 x8 cos x = 1 2 - - ... 4! 6! VERS
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