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2. Application of Descartes' Theorem We have discussed in lec ture the theorem of Descartes, which permits one to use ruler and compas to realise several operations, for example X,√ +, , , As an application, suppose that we are given two line segments of lengt a and b with a > b. Draw a line segment of length √a² – 6² using a rule

2. Application of Descartes' Theorem We have discussed in lec ture the theorem of Descartes, which permits one to use ruler and compas to realise several operations, for example X,√ +, , , As an application, suppose that we are given two line segments of lengt a and b with a > b. Draw a line segment of length √a² – 6² using a rule

Advanced Engineering Mathematics
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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[Classical Geometries] How do you solve this question? write neatly Thank you

2. Application of Descartes' Theorem We have discussed in lec- ture the theorem of Descartes, which permits one to use ruler and compass to realise several operations, for example +,-, X, As an application, suppose that we are given two line segments of length a and b with a > b. Draw a line segment of length √a²- 6² using a ruler and compass.
Transcribed Image Text:2. Application of Descartes' Theorem We have discussed in lec- ture the theorem of Descartes, which permits one to use ruler and compass to realise several operations, for example +,-, X, As an application, suppose that we are given two line segments of length a and b with a > b. Draw a line segment of length √a²- 6² using a ruler and compass.
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