AI partial fractions solver
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Linear factors, repeated linear factors and more

# AIPartial fractionssolver

AI partial fractions solver solves partial fractions containing linear factors, partial fractions containing repeated linear factors, and partial fractions containing quadratic factors with clear step by step solution.

### entering the expression

Enter relevant partial fractions questions

### choose a prompt command

select from the list of command, the action to be taken by ai partial fractions solver

### accurate

Hit the button to solve your math problem

## About MathCrave AI Partial Fractions Solver

MathCrave AI partial fractions solver uses artificial intelligence techniques to solve problems related to partial fraction decomposition. It takes an algebraic fraction that cannot be simplified further and breaks it down into simpler fractions. The AI component of the solver allows it to analyze the given fraction, determine the appropriate decomposition method, and provide a step-by-step solution to solve the following problems.

• Partial fractions a fraction containing linear factors in the denominator

• Partial fractions a fraction containing repeated linear factors in the denominator

• Partial fractions a fraction containing quadratic factors in the denominator

### Math Problems AI Partial Fractions Solver Solves

#### Command Instruction to Use

If you are resolving a partial fraction containing linear factors

• Resolve (11 −3x) / (x^2 + 2x − 3) into partial fractions

• Resolve (x^2 + 1)/ ( x^2 − 3x + 2) into partial fractions

If you are resolving a partial fraction containing repeated linear factors

• Resolve (2x + 3) / (x − 2)^2 into partial fractions

• Resolve (3x^2 + 16x + 15) / (x + 3)^3 into partial fractions

### 1. The Conditions Needed to Resolve a Fraction into Partial Fractions

To resolve a fraction into partial fractions, certain conditions need to be met.

• The degree of the denominator must be greater than or equal to the degree of the numerator.

• If the numerator's degree is equal to the denominator's degree, it is necessary to perform polynomial division first.

• The roots of the denominator must be distinct.

### 2. Partial fractions of a Fraction Containing Linear Factors in The Denominator:

When the denominator of a fraction contains linear factors, the partial fraction decomposition involves expressing the fraction as the sum of simpler fractions. Each of these simpler fractions corresponds to one of the linear factors in the denominator. Suppose the denominator has factors (x - a)(x - b)(x - c), then the partial fraction decomposition will have the form:

• A/(x - a) + B/(x - b) + C/(x - c).

### 3. Partial Fractions of a Fraction containing Repeated Linear Factors in The Denominator

In the case of repeated linear factors in the denominator, the partial fraction decomposition requires additional terms. Suppose the denominator has repeated factors (x - a)^n, then the partial fraction decomposition will have the following form:

• A_1/(x - a) + A_2/(x - a)^2 + ... + A_n/(x - a)^n.

### 4. Partial fractions of a fraction containing quadratic factors in the denominator:

When the denominator of a fraction contains quadratic factors, the partial fraction decomposition involves expressing the fraction as the sum of simpler fractions. Each of these simpler fractions corresponds to one of the quadratic factors in the denominator. Suppose the denominator has factors (ax^2 + bx + c)(dx^2 + ex + f), then the partial fraction decomposition will have the form:

• (Ax + B)/(ax^2 + bx + c) + (Cx + D)/(dx^2 + ex + f).

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