Purpose-built solver page

Absolute Value Solver

Use this absolute value solver to work through absolute-value expressions, equations, and inequalities. The page emphasizes distance, case splitting, boundary conditions, and checking candidate solutions.

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absolute value solver

|x - a|

Evaluate expressions

Absolute-value equations

Absolute-value inequalities

absolute value solver

Solve your absolute value problem

Enter your absolute value problem below. Add the variable, conditions, and method you want so the AI can return a more relevant worked response.

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absolute value solver

What this Absolute Value solver is designed for

The page is organized around the problem types people actually search for, while staying within the text-and-image solver's current capabilities.

Evaluate expressions

|a| ≥ 0

Simplify the quantity inside the bars before applying nonnegative distance.

Absolute-value equations

|A| = k → A = k ∨ A = -k

Split a positive-distance equation into its positive and negative cases.

Absolute-value inequalities

|A| < k → -k < A < k

Translate less-than cases to intersections and greater-than cases to unions.

Distance interpretation

|x-a| = r

Connect |x-a| to distance from a point and interpret the result in context.

Step

How to use the Absolute Value solver

A complete prompt usually produces a more useful explanation than an isolated expression.

  1. 1

    Isolate the absolute value

    |A| ⋚ k

    Move other terms first so the absolute-value expression is by itself.

  2. 2

    Inspect the comparison value

    k < 0, k = 0, k > 0

    A negative right side can make an equation impossible or make an inequality always/never true.

  3. 3

    Split into cases

    A = ±k · -k < A < k · A < -k ∨ A > k

    Write the correct two equations or compound inequalities.

  4. 4

    Check each result

    x ∈ ℝ

    Test candidate solutions and confirm open or closed endpoints.

Tip: ask for a named method, a domain, or a verification step when your course requires one.

Example

Absolute Value problems to try

These examples reflect common search intent and can be inserted into the solver as a starting point.

Example 1

Solve |2x - 3| = 9

A positive-distance equation with two linear cases.

Example 2

Solve |x + 4| < 7

A less-than inequality expressed as one compound interval.

Example 3

Solve |3x - 1| >= 5

A greater-than inequality producing two outer intervals.

Formula guides

Understand the formulas used here

Review the related formulas, when to use them, and how they connect in a worked example.

Common mistakes to watch for

A worked answer is most useful when you know which details are easy to lose along the way.

Dropping the negative case

A positive absolute-value equation generally creates two cases, not one.

Using the wrong connector

Less-than distance uses AND; greater-than distance uses OR.

Ignoring an impossible value

An absolute value cannot equal a negative real number.