Let J5 = (0, 1, 2, 3, 4}, and define G: Jg ×J5 → Jg XJ5 as follows. For each (a, b) € J5 xg, G(a, b) = ( (3a + 1) mod 5, (4b – 1) mod 5 Find the following. (a) G(2, 2) = (b) G(4, 1) = (c) G(2, 4) = (d) G(1, 0) =

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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**Problem Statement:**

Let \( J_5 = \{ 0, 1, 2, 3, 4 \} \), and define \( G: J_5 \times J_5 \rightarrow J_5 \times J_5 \) as follows.

For each \( (a, b) \in J_5 \times J_5 \), \( G(a, b) = \left( (3a + 1) \mod 5, (4b - 1) \mod 5 \right) \).

**Tasks:**

Find the following:

(a) \( G(2, 2) = \) \_\_\_\_

(b) \( G(4, 1) = \) \_\_\_\_

(c) \( G(2, 4) = \) \_\_\_\_

(d) \( G(1, 0) = \) \_\_\_\_
Transcribed Image Text:**Problem Statement:** Let \( J_5 = \{ 0, 1, 2, 3, 4 \} \), and define \( G: J_5 \times J_5 \rightarrow J_5 \times J_5 \) as follows. For each \( (a, b) \in J_5 \times J_5 \), \( G(a, b) = \left( (3a + 1) \mod 5, (4b - 1) \mod 5 \right) \). **Tasks:** Find the following: (a) \( G(2, 2) = \) \_\_\_\_ (b) \( G(4, 1) = \) \_\_\_\_ (c) \( G(2, 4) = \) \_\_\_\_ (d) \( G(1, 0) = \) \_\_\_\_
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