The Chain Rule Calculator helps users compute derivatives of composite functions by selecting function types and inputting relevant coefficients and exponents.
Chain Rule Calculator
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How to Use the Chain Rule Calculator
This step-by-step guide will help you navigate through the Chain Rule Calculator to find the derivative using the chain rule. Follow the steps carefully to ensure accurate results.
Step 1: Select the Function Type
- Locate the drop-down menu labeled Select Function Type.
- Choose from the available options:
- Power Rule: [u(x)]^n
- Exponential: e^[u(x)]
- Logarithmic: ln[u(x)]
- Trigonometric: sin[u(x)]
- This selection determines the type of the outer function.
Step 2: Select the Inner Function
- Locate the drop-down menu labeled Select Inner Function u(x).
- Select one of the available inner function templates:
- Linear: ax + b
- Quadratic: ax² + bx + c
- Cubic: ax³ + bx² + cx + d
- This choice will specify the inner function u(x) for the chain rule.
Step 3: Enter the Coefficients
- Provide the necessary coefficients for the selected inner function. Ensure each input meets the required step increment of 0.1:
- Coefficient a: Required
- Coefficient b: Required
- Coefficient c: Optional, depends on the chosen inner function
- Coefficient d: Optional, depends on the chosen inner function
- New forms will prompt you based on chosen function complexity.
Step 4: Enter the Exponent (if applicable)
- If you chose the Power Rule in step 1, enter the value for the exponent (n).
- Ensure the exponent is entered as a whole number.
- This step is only necessary if you have selected the power function type.
Step 5: Calculate and Interpret the Results
- After entering all necessary inputs, the calculator will automatically compute the derivatives.
- The key results you will see include:
- Outer Function Derivative: The derivative of the selected outer function, formatted to two decimal places.
- Inner Function Derivative: The derivative of your chosen inner function, also formatted to two decimal places.
- Final Derivative (Chain Rule Result): The final outcome of the chain rule application, expressed as a precise two-decimal value.
This completes the step-by-step instructions for using the Chain Rule Calculator. Make sure each input aligns with the specific rules associated with each function type to obtain a correct derivative.