To determine how many terms are in the expression \(10 + 5v^3 + 4t^3\), we need to recognize what constitutes a term. A term is typically a single mathematical expression that may include numbers, variables, and coefficients, separated by addition or subtraction.
In the given expression:
- \(10\) is one term.
- \(5v^3\) is another term.
- \(4t^3\) is the third term.
When we count these, we see that there are three distinct terms in the expression:
- \(10\)
- \(5v^3\)
- \(4t^3\)
Thus, the total number of terms in the expression \(10 + 5v^3 + 4t^3\) is 3.