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Ritow - Capsule Calculus

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Ritow Capsule Calculus
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This brief introductory text presents the basic principles of calculus from the engineering viewpoint. Excellent either as a refresher or as an introductory course, it focuses on developing familiarity with the basic principles rather than presenting detailed proofs. Topics include differential calculus, in terms of differentiation and elementary differential equations; integral calculus, in simple and multiple integration forms; time calculus; equations of motion and their solution; complex variables; complex algebra; complex functions; complex and operational calculus; and simple and inverse transformations. Advanced subjects comprise integrations and differentiation techniques, in addition to a more sophisticated variety of differential equations than those previously discussed. It is assumed that the reader possesses an acquaintance with algebra and trigonometry as well as some familiarity with graphs. Additional background material is presented as needed. Read more...
Abstract: This brief introductory text presents the basic principles of calculus from the engineering viewpoint. Excellent either as a refresher or as an introductory course, it focuses on developing familiarity with the basic principles rather than presenting detailed proofs. Topics include differential calculus, in terms of differentiation and elementary differential equations; integral calculus, in simple and multiple integration forms; time calculus; equations of motion and their solution; complex variables; complex algebra; complex functions; complex and operational calculus; and simple and inverse transformations. Advanced subjects comprise integrations and differentiation techniques, in addition to a more sophisticated variety of differential equations than those previously discussed. It is assumed that the reader possesses an acquaintance with algebra and trigonometry as well as some familiarity with graphs. Additional background material is presented as needed

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Table of Contents

APPENDIX

TABLE I

SOME BASIC DERIVATIVES

Capsule Calculus - image 2( e is any constant)
Capsule Calculus - image 3
Capsule Calculus - image 4
Capsule Calculus - image 5
Capsule Calculus - image 6

TABLE II

DERIVATIVES OF INVOLVED EXPRESSIONS

Rule 1.Capsule Calculus - image 7
Rule 2.Rule 3 Rule 4 COMMONLY USED DERIVATIVES - photo 8
Rule 3.Rule 4 COMMONLY USED DERIVATIVES - photo 9
Rule 4.COMMONLY USED DERIVATIVES - photo 10

COMMONLY USED DERIVATIVES

ex dx ex c sin x dx cos x e c - photo 11
ex dx ex c sin x dx cos x e cos x dx sin x e - photo 12
ex dx ex c sin x dx cos x e cos x dx sin x e - photo 13
ex dx = ex + c
sin x dx = cos x + e
cos x dx = sin x + e
x is a variable n is an integers c and a are numbers - photo 14
x is a variable n is an integers c and a are numbers TABLE IV LAWS OF - photo 15
x is a variable n is an integers c and a are numbers TABLE IV LAWS OF - photo 16
x is a variable; n is an integers; c and a are numbers.

TABLE IV

LAWS OF INTEGRALS

Rule 1.az dx = a z dx
Rule 2.(z + y) dx = z dx + y dx
Rule 3.Rule 4 Symbols x y and z are variables a is a number TABLE V - photo 17
Rule 4.Symbols x y and z are variables a is a number TABLE V COMMONLY USED - photo 18
Symbols x, y , and z are variables. a is a number.

TABLE V

COMMONLY USED SYMBOLS FOR DIFFERENTIATION AND INTEGRATION WITH RESPECT TO TIME

ELEMENTARY LAPLACE TRANSFORMS Real Quantity Transformed Quantity V 2 V 2 - photo 19

ELEMENTARY LAPLACE TRANSFORMS

Real QuantityTransformed Quantity
V 2V 2 p ,
V 2pV 2 p V 2(0)
11/ p
t1/ p 2
e atCapsule Calculus - image 20

TABLE VII

LAPLACE TRANSFORMS

Time Function x Laplace transform X 1 unit step at t0 - photo 21
Time Function ( x )Laplace transform ( X )
1Picture 22
unit step at t=0+Picture 23
e ktPicture 24
tPicture 25
t 2Capsule Calculus - image 26
tnCapsule Calculus - image 27
te ktCapsule Calculus - image 28
sin ktCapsule Calculus - image 29
cos ktCapsule Calculus - image 30
Capsule Calculus - image 31Capsule Calculus - image 32
Capsule Calculus - image 33Capsule Calculus - image 34

TABLE VIII

LAPLACE TRANSFORM THEOREMS

I DIFFERENTIAL CALCULUS 1 DIFFERENTIATION DEFINITIONS Assume that x and - photo 35
I
DIFFERENTIAL CALCULUS
1. DIFFERENTIATION

DEFINITIONS: Assume that x and y are related numbers with some physical meaning. For example, x might be the distance driven by a car and y the amount of gas in the gas tank.

As shown in for every value of x there exists a value of y This can also be - photo 36

As shown in , for every value of x there exists a value of y . This can also be stated as: y is a function of x [sometimes abbreviated as y = f ( x )]. With but a single value of y for every value of x in this case, it can be said that y is a single valued function of x . If for every value of x there were two or more possible values of y , the statement of their relationship would be: y is a multiple-valued function of x . If y is a single-valued function of x , then x may or may not also be a single-valued function of y.

In plotting the relationship between distance and gasoline for a long trip, such as shown in , x is a multiple-valued function of y.

Another useful term is the word limit abbreviated lim The limit value of y - photo 37
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