Hyperbolic Functions, Hyperbolic Identities - Analytic Geometry | MATH 241, Study notes of Analytical Geometry and Calculus

Material Type: Notes; Class: Analytic Geometry and Calculus A: BIOLOGICAL EXAMPLES; Subject: Mathematics; University: University of Delaware; Term: Spring 2007;

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Pre 2010

Uploaded on 09/02/2009

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MATH 241 Section 3.11 Page 1
Definition of Hyperbolic Functions
2
ee
sinh xx
x
= x
x sinh
1
csch =
2
ee
cosh xx
x
+
= x
x cosh
1
sec =
x
x
x cosh
sinh
tanh = x
x
x sinh
cosh
coth =
Hyperbolic Identities
x - -x )(sinh)(sinh = x- x 1 sinh cosh 22 =
x -x )(cosh)(cosh =x x 22 sechtanh - 1 =
)(sinh)(cosh)(cosh)(sinh)(sinh y x y x yx
+
=+
)(sinh)(sinh)(cosh)(cosh)(cosh y x y x yx
+
=+
Derivatives of Hyperbolic Functions
x x cosh)(sinh
dx
d= x x - x cothcsch)(csch
dx
d=
x x sinh)(cosh
dx
d= x x - x tanhsech)(sech
dx
d=
x x 2
sech)(tanh
dx
d= x - x 2
csch)(coth
dx
d=

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MATH 241 Section 3.11 Page 1

Definition of Hyperbolic Functions

e e sinh

x x

x

− − = x

x sinh

csch =

e e cosh

x x

x

= x

x cosh

sec =

x

x x cosh

sinh tanh = x

x x sinh

cosh coth =

Hyperbolic Identities

sinh ( -x )= - sinh( x ) cosh x - sinh x 1

2 2

cosh ( -x )= cosh( x ) x x

2 2 1 - tanh =sech

sinh ( x + y )=sinh( x )cosh( y )+cosh( x )sinh( y )

cosh ( x + y )=cosh( x )cosh( y )+sinh( x )sinh( y )

Derivatives of Hyperbolic Functions

(sinh x ) cosh x dx

d = (csch x ) - csch x coth x dx

d

(cosh x ) sinh x dx

d = (sech x ) - sech x tanh x dx

d

x x

2 (tanh ) sech dx

d = x - x

2 (coth ) csch dx

d