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Differentiation to determine rate of change when voltage is given

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Added on  2023-01-09

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This document explains how to use differentiation to determine the rate of change when voltage is given in calculus. It provides step-by-step solutions and examples for different scenarios. The document also includes tasks related to integration and finding maxima or minima points.

Differentiation to determine rate of change when voltage is given

   Added on 2023-01-09

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Calculus
Differentiation to determine rate of change when voltage is given_1
Table of Contents
TASK 1............................................................................................................................................1
Differentiation to determine rate of change when voltage is given.............................................1
TASK 2............................................................................................................................................4
PART 1........................................................................................................................................4
PART 2........................................................................................................................................5
TASK 3............................................................................................................................................6
PART 1........................................................................................................................................6
PART 2........................................................................................................................................6
TASK 4............................................................................................................................................7
PART 1........................................................................................................................................7
PART 2........................................................................................................................................8
Differentiation to determine rate of change when voltage is given_2
Differentiation to determine rate of change when voltage is given_3
TASK 1
Differentiation to determine rate of change when voltage is given
(a) v = (t2 + 6)2
r = dv/dt
= d (t2 + 6)2
dt
= 2 (t2 + 6). 2t
= 4t (t2 + 6)
at t = 5 sec, rate of change will be
r = 4 x 5 (52 + 6)
= 20 (31) = 620 units
(b) v = (3t3 – 4t + 6)3
r = dv/dt
= d (3t3 – 4t + 6)3
dt
= 3 (3t3 – 4t + 6)2. (9t2 – 4)
= 3(9t2 – 4) (3t3 – 4t + 6)2
at t = 5 sec, rate of change will be
r = 3(9.52 – 4) (3.53 – 4.5+ 6)2
= 3 (221) (361)2
8.6 x 107 units
1
Differentiation to determine rate of change when voltage is given_4

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