Let k > 3. Show that (1) 3 has order 2^(k-2) modulo 2k . (2) {3, -1} is a generating set for 2k . Let k 3. Show that...

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Let k 3. Show that (1) 3 has order 2-2 modulo 2* (2) {3,- is a generating set for 2

Let k > 3. Show that

(1) 3 has order 2^(k-2) modulo 2k .

(2) {3, -1} is a generating set for 2k .

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Let k > 3. Show that (1) 3 has order 2^(k-2) modulo 2k . (2) {3, -1} is a generating set for 2k . Let k 3. Show that...

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Let k > 3. Show that (1) 3 has order 2^(k-2) modulo 2^k . (2) {3,...

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Let k > 3. Show that (1) 3 has order 2^(k-2) modulo 2k . (2) {3, -1} is a generating set for 2k . Let k 3. Show that...

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Add Answer to: Let k > 3. Show that (1) 3 has order 2^(k-2) modulo 2k . (2) {3, -1} is a generating set for 2k . Let k 3. Show that...

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Let k > 3. Show that (1) 3 has order 2^(k-2) modulo 2k . (2) {3, -1} is a generating set for 2k . Let k 3. Show that...