![SOLVED: Calculator Inactive: Work neatly and show all work 1. Find the derivative: a. Y = e^(tn6+) b. y = √(t*) 2. The second derivative of y = ln(r'+4) is equal to SOLVED: Calculator Inactive: Work neatly and show all work 1. Find the derivative: a. Y = e^(tn6+) b. y = √(t*) 2. The second derivative of y = ln(r'+4) is equal to](https://cdn.numerade.com/ask_images/94a86fa146e744f08060e71050e353a4.jpg)
SOLVED: Calculator Inactive: Work neatly and show all work 1. Find the derivative: a. Y = e^(tn6+) b. y = √(t*) 2. The second derivative of y = ln(r'+4) is equal to
![Is there a way to calculate a derivative on the TI-36x Pro without evaluating it at a numerical value? (In terms of x instead of evaluating x at a number) : r/calculators Is there a way to calculate a derivative on the TI-36x Pro without evaluating it at a numerical value? (In terms of x instead of evaluating x at a number) : r/calculators](https://i.redd.it/2inqtgiez1g81.jpg)
Is there a way to calculate a derivative on the TI-36x Pro without evaluating it at a numerical value? (In terms of x instead of evaluating x at a number) : r/calculators
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![How to Calculate for the Coefficient of the nth Degree Term of a Taylor Polynomial for a Function Centered at x = a | Calculus | Study.com How to Calculate for the Coefficient of the nth Degree Term of a Taylor Polynomial for a Function Centered at x = a | Calculus | Study.com](https://study.com/cimages/videopreview/videopreview-full/wabv4nno21.jpg)