16. Prove using the First Principle of Math is divisible by 4 for all integers n ≥ 1 6.7-2.3" Induction (weak induction):

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### Advanced Mathematics Problems

#### 16. Mathematical Induction Problem
Prove using the First Principle of Mathematical Induction (weak induction):

\[ 6 \cdot 7^n - 2 \cdot 3^n \text{ is divisible by 4 for all integers } n \geq 1. \]

#### 17. Relations on the Set of Natural Numbers

Let relation \( G \) be a subset of the cross product of the natural numbers with the natural numbers: \( G \subseteq \mathbb{N} \times \mathbb{N} \). Define relation \( R \) as:

\[ (a, b) \in G \Rightarrow [a + b \geq 18] \]

You may assume the natural numbers include 0. Determine if the relation is each of these:

- (a) Reflexive: **YES**
- (b) Symmetric: **YES**
- (c) Transitive: **YES**
- (d) Antisymmetric: **NO**
- (e) Irreflexive: **YES**
- (f) Asymmetric: **NO**

#### Explanation of Terms:
- **Reflexive**: A relation \( R \) on a set \( A \) is reflexive if every element of \( A \) is related to itself.
- **Symmetric**: A relation \( R \) on a set \( A \) is symmetric if for all \( a \) and \( b \) in \( A \), if \( a \) is related to \( b \), then \( b \) is related to \( a \).
- **Transitive**: A relation \( R \) on a set \( A \) is transitive if for all \( a, b, \) and \( c \) in \( A \), if \( a \) is related to \( b \) and \( b \) is related to \( c \), then \( a \) is related to \( c \).
- **Antisymmetric**: A relation \( R \) on a set \( A \) is antisymmetric if for all \( a \) and \( b \) in \( A \), if \( a \) is related to \( b \) and \( b \) is related to \( a \), then \( a = b \).
- **Irreflexive**: A
Transcribed Image Text:--- ### Advanced Mathematics Problems #### 16. Mathematical Induction Problem Prove using the First Principle of Mathematical Induction (weak induction): \[ 6 \cdot 7^n - 2 \cdot 3^n \text{ is divisible by 4 for all integers } n \geq 1. \] #### 17. Relations on the Set of Natural Numbers Let relation \( G \) be a subset of the cross product of the natural numbers with the natural numbers: \( G \subseteq \mathbb{N} \times \mathbb{N} \). Define relation \( R \) as: \[ (a, b) \in G \Rightarrow [a + b \geq 18] \] You may assume the natural numbers include 0. Determine if the relation is each of these: - (a) Reflexive: **YES** - (b) Symmetric: **YES** - (c) Transitive: **YES** - (d) Antisymmetric: **NO** - (e) Irreflexive: **YES** - (f) Asymmetric: **NO** #### Explanation of Terms: - **Reflexive**: A relation \( R \) on a set \( A \) is reflexive if every element of \( A \) is related to itself. - **Symmetric**: A relation \( R \) on a set \( A \) is symmetric if for all \( a \) and \( b \) in \( A \), if \( a \) is related to \( b \), then \( b \) is related to \( a \). - **Transitive**: A relation \( R \) on a set \( A \) is transitive if for all \( a, b, \) and \( c \) in \( A \), if \( a \) is related to \( b \) and \( b \) is related to \( c \), then \( a \) is related to \( c \). - **Antisymmetric**: A relation \( R \) on a set \( A \) is antisymmetric if for all \( a \) and \( b \) in \( A \), if \( a \) is related to \( b \) and \( b \) is related to \( a \), then \( a = b \). - **Irreflexive**: A
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