## Exploring the Expression (n+3)/(n+2)

The expression (n+3)/(n+2) is a simple rational function, meaning it's a fraction where both the numerator and denominator are polynomials. While seemingly straightforward, this expression holds interesting properties and can be explored in various ways.

### Understanding the Basics

**Domain:**The expression is defined for all values of 'n' except for n = -2. This is because the denominator would become zero, resulting in an undefined value.**Simplifying:**The expression cannot be further simplified.**Asymptotes:**The expression has a horizontal asymptote at y = 1. This means as 'n' approaches positive or negative infinity, the function gets closer and closer to 1. It also has a vertical asymptote at n = -2, where the function becomes infinitely large.

### Analyzing the Expression

**Values of n:**Depending on the value of 'n', the expression can be positive, negative, or even undefined. For example, if n = 0, the expression evaluates to 3/2 (positive). If n = -3, the expression evaluates to 0 (zero).**Monotonicity:**The expression is monotonically increasing for all values of 'n' within its domain. This means the function keeps getting larger as 'n' increases.**Limits:**As 'n' approaches infinity, the expression approaches 1. This can be seen by dividing both the numerator and denominator by 'n'.

### Applications

The expression (n+3)/(n+2) can appear in various mathematical contexts, including:

**Calculus:**The expression can be used to illustrate concepts like limits, derivatives, and integrals.**Algebra:**It can be used to demonstrate properties of rational functions, including factorization, simplification, and solving equations.**Real-World Applications:**The expression can model situations where there is a growth or decay factor involved, with a limiting value.

### Conclusion

While the expression (n+3)/(n+2) may appear simple, it provides a rich playground for exploring various mathematical concepts. Its domain, asymptotes, monotonicity, and limiting behavior offer valuable insights into the properties of rational functions. Understanding this expression can help in further studying more complex mathematical problems.