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4. Prove using PMI that (4n-3) = n (2n-1) %3D 5. Let a, = 1 and az = 1 and define an+2 %3D An+1
4. Prove using PMI that (4n-3) = n (2n-1) %3D 5. Let a, = 1 and az = 1 and define an+2 %3D An+1 an Prove for all natural numbersn that 1 < a, 2. 6. Let the f, be the Fibonacci numbers. Prove that for all natural numbers n that faj-1 = fan %3D jul
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An Introduction to Analysis
Authors: William R. Wade
4th edition
132296381, 978-0132296380
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