Calculating Uncertainty in \sqrt{A^2+ B^2}

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SUMMARY

The discussion focuses on calculating the uncertainty in the expression \(\sqrt{A^2 + B^2}\) where \(A = 3.25 \pm 0.05\) and \(B = 2.05 \pm 0.01\). The maximum and minimum values for \(A\) are 3.30 and 3.20, while for \(B\) they are 2.06 and 2.04. Participants are tasked with determining the largest and smallest possible values of \(\sqrt{A^2 + B^2}\) based on these ranges.

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  • Understanding of basic algebra and square root calculations
  • Familiarity with uncertainty and error propagation concepts
  • Knowledge of how to apply the Pythagorean theorem in calculations
  • Ability to interpret and manipulate numerical ranges
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  • Learn about error propagation techniques in physics and engineering
  • Study the application of the Pythagorean theorem in real-world scenarios
  • Explore advanced topics in uncertainty analysis
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This discussion is beneficial for students in mathematics or physics, educators teaching uncertainty analysis, and professionals involved in engineering calculations requiring precision.

physicsnoob
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can anyone help me with this please?
 

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First, please don't post the same question repeatedly!

Second, this looks like homework and should be in the homework section.

Finally, since A= 3.25+/- 0.05, the largest it can be is 3.25+ 0.05= 3.30 and the smallest it can be is 3.25- 0.05= 3.20. Similarly, largest B can be is 2.06 and the smallest is 2.04. What are the largest and smallest that [itex]\sqrt{A^2+ B^2}[/itex] can be?
 

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