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e^-x Calculator

To calculate e−xe^{-x}, use the exponential function on a scientific calculator, entering the negative value of x

e^-x Calculator

The exe^{-x} Calculator helps compute the value of the natural exponential function that is raised to a negative exponent. This function appears frequently in mathematics, physics, and engineering, particularly in solving decay problems, calculating probabilities in statistics, and modeling exponential growth or decay.

The base ee (Euler’s number) is approximately equal to 2.71828 and is a fundamental constant in natural logarithms.

Formula:

exe^{-x} = 1/ex1 / e^x

Variable Description Unit
ee Euler’s number (≈ 2.71828)
xx The exponent (input value)
exe^{-x} The calculated result for the function

Solved Calculations:

Example 1: Calculate exe^{-x} for x=2x = 2

Step Value Explanation
Base (ee) 2.71828 Euler’s constant
Exponent (xx) 2 Given value
Formula: exe^{-x} 1/e21 / e^2 Replace xx in the formula
Calculation 1/(2.71828)21 / (2.71828)^2 Square Euler’s constant
Result 1/7.38906=0.13531 / 7.38906 = 0.1353 Perform division to find the result

 

Example 2: Calculate exe^{-x} for x=3x = -3

Step Value Explanation
Base (ee) 2.71828 Euler’s constant
Exponent (xx) -3 Given value
Formula: exe^{-x} 1/e(3)1 / e^{-(-3)} = e3e^3 A negative of a negative exponent simplifies to positive
Calculation (2.71828)3=20.0855(2.71828)^3 = 20.0855 Cube Euler’s constant
Result e(3)=20.0855e^{-(-3)} = 20.0855 Final result

What is the e^-x Calculator?

The e^-x Calculator is a specialized tool for computing the exponential function exe^{-x}, where ee is the base of natural logarithms (approximately 2.718). This calculator provides a quick and accurate way to evaluate exponential decay, which is commonly encountered in fields like mathematics, physics, and engineering.

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By entering the value of xx, the calculator determines exe^{-x} instantly. This functionality is particularly useful in solving problems involving exponential decay processes such as radioactive decay, cooling, or population modeling.

It is also valuable for students and professionals working on calculus, probability distributions, or complex equations requiring precise exponential evaluations.

Moreover, the tool can assist in reverse calculations or complement scientific calculators by offering a more streamlined and accessible option for exponential functions.

Final Words

The e^-x Calculator simplifies the computation of exponential decay values, providing a reliable and efficient resource for academic and professional purposes. Its versatility makes it indispensable for tackling mathematical and scientific challenges involving exponential functions.

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