Given 2 as a primitive root of 29 , construct a table of discrete logarithms, and use

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Given 2 as a primitive root of 29 , construct a table of discrete logarithms, and use it to solve the following congruences.

a. \(17 x^{2} \equiv 10(\bmod 29)\)

b. \(x^{2}-4 x-16 \equiv 0(\bmod 29)\)

c. \(x^{7} \equiv 17(\bmod 29)\)

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