Answer:
a) The approximation is 0.008.
b) One significant digit
c) The absolute error is 0.0001875
d) The relative error is of 2.4%.
Step-by-step explanation:
The formula for the absolute error is:
Absolute error = |Actual Value - Measured Value|
The formula for the relative error is:
Relative error = |Absolute error/Actual value|
The exact value of [tex]\frac{1}{128}[/tex] is 0.0078125
Rounded to 3 decimal places it is 0.008(since the fourth digit is 8, bigger than 5, the third digit is rounded up).
a) What would be the approximation?
The approximation is 0.008.
b) What is the number of significant digits in the approximation?
The approximation has one significant digit, that is, the number of digits that were changed by the approximation.
c) What is the absolute error?
The measured value is 0.008
The Actual value is 0.0078125
So
Absolute error = |Actual Value - Measured Value| = |0.0078125 - 0.008| = 0.0001875
d) What is the relative error?
The relative error is given by:
[tex]R = \frac{0.0001875}{0.0078125} = 0.024[/tex]
The relative error is of 2.4%.
Answer:
Answer:
C)
AKA
a= 22/150; b= 14.7%
AKA
a = StartFraction 22 over 150 EndFraction; b = 14.7 percent
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I am very sorry if this was wrong for you, but it was correct for me.
Brainliest would be apreaciated, but if not thats completley ok.
Sorry I dont have an explaination im not very good at those.
Sorry abt my spelling i know i suck.
And sorry I could not help earlier.
hope it helped :)
Step-by-step explanation:
