Question

Write the expression in exponential form. $$t+t+t+t+t+t$$

Short answer

The expression \(t+t+t+t+t+t\) in exponential form is \(6t\). Exponential form is more useful for repeated multiplication, not addition. Here, we have repeated addition, so the result is a multiplication.

Step-by-step solution

Examine and count the occurrences of 't'

The expression given is \(t+t+t+t+t+t\). On counting the number of times 't' appears, it is observed that 't' is repeated 6 times.

Convert to Multiplication

Adding the same number 'n' times can be written as multiplying that number by 'n'. So, the expression can be rewritten as 6 multiplied by 't', which equals \(6t\).

Convert to Exponential Form

The term \(6t\) is already simplified and doesn't need to be written in exponential form. Exponential form is usually used for repeated multiplication which is not the case here.

Key concepts

Expression Simplification

Expression simplification is a fundamental aspect of algebra that involves reducing an expression to its simplest form. This process makes it easier to understand, evaluate, or analyze a given mathematical expression. At its core, expression simplification is about making expressions less complex without changing their intrinsic value.

Consider the original exercise: writing the expression \(t+t+t+t+t+t\) in exponential form. The simplification process here begins with identifying repeated terms and finding a more efficient way to express the same information. Instead of writing 't' six times, we look for a rule or principle in algebra that allows us to express this concept more simply. This is where understanding multiplication as repeated addition becomes useful. Expression simplification is not just about achieving a cleaner look; it's about increasing the clarity and potentially revealing structure that can be crucial for further algebraic manipulation.

Multiplication

Multiplication is an arithmetic operation that combines repeated addition into one concise expression. In algebra, multiplication serves as a cornerstone operation because it can significantly reduce the complexity of expressions. For instance, instead of adding 't' six times as in the exercise \(t+t+t+t+t+t\), multiplication allows you to write this as \(6 \times t\).

This step transforms the addition of identical terms into a product, showing the total number of times the term is being added. Such a transformation not only cleans up the expression but also sets the stage for more advanced operations like factoring, solving equations, or working with polynomials. When simplifying expressions, recognizing opportunities to use multiplication can make a substantial difference in both the appearance and manageability of algebraic work.

Algebraic Expressions

Algebraic expressions are combinations of numbers, variables, and arithmetic operations that represent specific mathematical relationships. The goal when working with algebraic expressions is often to simplify or manipulate them to solve for unknowns or to make the expressions more understandable.

In the given exercise, the algebraic expression we are dealing with is \(t+t+t+t+t+t\). While it may appear simple, this expression can be expressed even more simply by recognizing the repeated addition of 't' and translating it into the multiplication form of \(6t\). Although the solution suggests that we do not need an exponential form, understanding how to manipulate and simplify algebraic expressions is crucial. It is this comprehension that allows us to transition between forms and find solutions to more complex problems. The simplicity of \(6t\) compared to the original lengthy addition underscores the power of algebra in expressing mathematical ideas efficiently and effectively.