![SOLVED: 8415 Evaluate both as an inverse hyperbolic function and as natural logarithmic function. 764 +x2 Click the icon to view the natural log equivalents of the inverse hyperbolic functions The integral SOLVED: 8415 Evaluate both as an inverse hyperbolic function and as natural logarithmic function. 764 +x2 Click the icon to view the natural log equivalents of the inverse hyperbolic functions The integral](https://cdn.numerade.com/ask_images/3fb9c7120f7c402d9325f6df52a13811.jpg)
SOLVED: 8415 Evaluate both as an inverse hyperbolic function and as natural logarithmic function. 764 +x2 Click the icon to view the natural log equivalents of the inverse hyperbolic functions The integral
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![SOLVED:When hyperbolic function keys are not available on a calculator, it is still possible to evaluate the inverse hyperbolic functions by expressing them as logarithms, as shown here. sinh ^-1 x =ln(x+√(x^2+1)), - SOLVED:When hyperbolic function keys are not available on a calculator, it is still possible to evaluate the inverse hyperbolic functions by expressing them as logarithms, as shown here. sinh ^-1 x =ln(x+√(x^2+1)), -](https://cdn.numerade.com/previews/041b6a8e-77b8-4534-a29d-c5f6f36d1765.gif)