The Intermediate Value Theorem is a fundamental concept in calculus that states if a function is continuous on a closed interval [a, b], then for any value ‘c’ between f(a) and f(b), there exists at least one point ‘x’ in the interval [a, b] where f(x) equals ‘c’. Our Intermediate Value Theorem Calculator simplifies the process of finding this intermediate value.

Formula: The formula for the Intermediate Value Theorem is given by: �(�)=�(�)−�(�)�−�⋅(�−�)+�(�)*f*(*c*)=*b*−*a**f*(*b*)−*f*(*a*)⋅(*c*−*a*)+*f*(*a*)

How to use:

- Enter the value for ‘a’.
- Enter the value for ‘b’.
- Enter the value for ‘c’.
- Click the “Calculate” button to find the intermediate value.

Example: Suppose you have a function �(�)=�2*f*(*x*)=*x*2 and you want to find the intermediate value at �=3*x*=3 between the interval [2, 4]. Enter ‘a’ as 2, ‘b’ as 4, and ‘c’ as 3. Click “Calculate” to obtain the result.

FAQs:

- Q: What is the Intermediate Value Theorem? A: The Intermediate Value Theorem states that if a function is continuous on a closed interval [a, b], then for any value ‘c’ between f(a) and f(b), there exists at least one point ‘x’ in the interval [a, b] where f(x) equals ‘c’.
- Q: How does the calculator work? A: The calculator uses the Intermediate Value Theorem formula to calculate the intermediate value based on the entered values for ‘a’, ‘b’, and ‘c’.
- Q: Can I use this calculator for any function? A: Yes, as long as the function is continuous on the specified interval [a, b].
- Q: Is rounding applied to the result? A: Yes, the result is rounded to 2 decimal places for clarity.
- Q: What if my function is not continuous? A: The Intermediate Value Theorem applies only to continuous functions.

Conclusion: The Intermediate Value Theorem Calculator provides a convenient way to find intermediate values of continuous functions within a specified interval. Whether you’re a student studying calculus or a professional solving real-world problems, this tool can simplify your calculations. Explore the power of the Intermediate Value Theorem with ease and accuracy.