Q1. If 0. 11 was approximated by 0.09, then a) Find the relative error. b) Find the relative error percentage. c) Find how many significant digits is the approximation.

Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter47: Applications Of Formulas To Cutting Speed, Revolutions Per Minute, And Cutting Time
Section: Chapter Questions
Problem 31A
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Q1. If 0. 11 was approximated by 0.09, then
a) Find the relative error.
b) Find the relative error percentage.
c) Find how many significant digits is the approximation.
Q2) Use rounding to 6 digits and compute each of the following:
a) P(0.01), where P(x) = (e* -1-x)/x?
b) Q(0.01), where Q(x) = 0.5 + x/6 + x³/24
c) What is the error in P(0.01) if the true value is 0.50167084
%3D
%3D
d) What is the error in Q(0.01) if the true value is 0.50167084
e) Which one is more accurate?
Q3) Answer the following:
f) If you approximate 0.60167084 using chopping to 4 digits, what will be the
approximated value?
g) If you approximate 0.60167084 using rounding to 4 digits, what will be the
approximated value?
Transcribed Image Text:Q1. If 0. 11 was approximated by 0.09, then a) Find the relative error. b) Find the relative error percentage. c) Find how many significant digits is the approximation. Q2) Use rounding to 6 digits and compute each of the following: a) P(0.01), where P(x) = (e* -1-x)/x? b) Q(0.01), where Q(x) = 0.5 + x/6 + x³/24 c) What is the error in P(0.01) if the true value is 0.50167084 %3D %3D d) What is the error in Q(0.01) if the true value is 0.50167084 e) Which one is more accurate? Q3) Answer the following: f) If you approximate 0.60167084 using chopping to 4 digits, what will be the approximated value? g) If you approximate 0.60167084 using rounding to 4 digits, what will be the approximated value?
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