DIFFERENTIATION 1. Obtain from first principles, the derivative with respect to of the following functions defined by: a. y = x² +5x-3 b. y = x³ + 1/2/² 2. Differentiate the following 2 a. 3x-1 (x-3) b. √√√√x²+1 ²+1 3. A curve whose equation is of the form y = ax² + but how a turning point P with coordinates (1, 2). (1). Calculate the values of a & b. (a). Determine whether P is a maximum or minimum poin
DIFFERENTIATION 1. Obtain from first principles, the derivative with respect to of the following functions defined by: a. y = x² +5x-3 b. y = x³ + 1/2/² 2. Differentiate the following 2 a. 3x-1 (x-3) b. √√√√x²+1 ²+1 3. A curve whose equation is of the form y = ax² + but how a turning point P with coordinates (1, 2). (1). Calculate the values of a & b. (a). Determine whether P is a maximum or minimum poin
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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