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1
Mastering Differential Equations: The Visual Method
Robert L. Devaney
solutions
solution
equation
differential
equilibrium
equations
yƍ
lecture
function
linear
figure
vector
plane
population
matrix
mass
systems
nonlinear
tend
eigenvalues
devaney
orbit
bifurcation
chap
periodic
sink
xƍ
consider
chaos
fixed
solve
behavior
corresponding
complex
cycle
equilibria
values
axis
nullclines
period
initial
spiral
functions
orbits
graph
slope
characteristic
method
zero
determine
Year:
2012
File:
PDF, 3.10 MB
Your tags:
0
/
0
2012
2
Mastering Differential Equations: The Visual Method - Course Guidebook
The Great Courses
Robert L. Devaney
solutions
solution
equation
differential
equilibrium
equations
yƍ
lecture
function
linear
figure
vector
plane
population
matrix
mass
systems
nonlinear
tend
eigenvalues
devaney
orbit
bifurcation
chap
periodic
sink
xƍ
consider
chaos
fixed
solve
behavior
corresponding
complex
cycle
equilibria
values
axis
nullclines
period
initial
spiral
functions
orbits
graph
slope
characteristic
method
zero
determine
Year:
2012
Language:
english
File:
PDF, 3.03 MB
Your tags:
0
/
0
english, 2012
3
Mastering Differential Equations
The Great Courses
Teaching Company
solutions
solution
equation
differential
equilibrium
equations
yƍ
lecture
function
linear
figure
vector
plane
population
matrix
mass
systems
nonlinear
tend
eigenvalues
orbit
devaney
bifurcation
chap
periodic
sink
xƍ
consider
chaos
fixed
solve
behavior
corresponding
complex
cycle
equilibria
values
axis
nullclines
period
initial
spiral
functions
orbits
graph
slope
characteristic
method
zero
determine
Year:
2011
Language:
english
File:
PDF, 3.38 MB
Your tags:
0
/
5.0
english, 2011
4
Introductory calculus : understanding the integral
Momentum Press
Geveci
,
Tunc
interval
calculus
theorem
figure
function
fundamental
integrals
graph
indefinite
solution
understanding
δx
introductory
continuous
functions
definite
substitution
determine
4π
antiderivative
assume
riemann
3π
arbitrary
signed
sums
velocity
shows
subintervals
partition
approximation
2π
corresponding
differential
endpoint
equal
fƍ
midpoint
proposition
express
illustrated
remark
xdx
6π
equation
notation
desired
displacement
motion
refer
Year:
2015
Language:
english
File:
PDF, 1.96 MB
Your tags:
0
/
0
english, 2015
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