Expand and combine like terms

Simplify Expressions Calculator

Reduce a supported polynomial expression without hiding the algebra. The beta keeps exact values and verifies the transformations it displays.

Current status
Noindex beta
Maximum degree
2
Operations
Expand and collect
Not included
Factoring and rational expressions

What expression simplification does

Simplification rewrites an expression into an equivalent, more compact form. In the current beta, that means distributing multiplication over a basic group, collecting terms with the same variable power, and evaluating exact numeric parts.

Supported example

2(x+3)+3x2(x+3)+3x5x+65x+6

The transformation expands 2(x + 3), then combines 2x and 3x because they are like terms.

Like terms have the same variable part

Terms such as 2x and 3x can combine because both contain x to the first power. A term in x² cannot be combined with a term in x, and the beta should preserve that distinction instead of collapsing unlike terms.

Current limitations

  • One-variable polynomial expressions only, up to degree two.
  • No factorization claim.
  • No algebraic fractions or variable denominators.
  • No trigonometric, logarithmic, exponential, or calculus expressions.

Fail closed: If a requested rewrite is unsupported or cannot be independently verified, Proofline should report that boundary instead of displaying a confident simplified form.

Questions

Simplify expressions FAQ

What expressions can this simplify calculator handle?

The current beta handles basic typed one-variable polynomial expansion and collection of like terms up to degree two within its resource limit.

Can it factor a polynomial?

No. Factoring is not part of the current simplification capability. The page only claims basic expansion, combination of like terms, and simplification that the beta can verify.

Can it simplify rational expressions?

No. Algebraic rational expressions, variable denominators, and cancellation with domain restrictions are outside the current beta boundary.

Bring a polynomial to the workspace

Type the expression, confirm the interpretation, and inspect the exact simplified form and available verified steps.

Return to the main solver