BSCS ,BSIT, BSMATH MATHEMATICS notes of Author "DENNIS G ZILL" EDITION 9 mathematics solved notes of chapter 1 and 2 all questions step-by step solutions are here
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CHAPTER No |:
"INTO Io
Derroran uno”
“Dirrrentiat Eounmon”
ven;- UD-E)
e
An equation. conkining the
fone or more unknown 5
—atable ie 424609) Jundten with
eu to one or mare independnt
Variable „is called diflenentiai aquabin”
Example: __
Hrn
Ars Of D-E:
dy CDE LOrdinany eifjorentrad Equation)
PDE _(Pankial diffencatiod Eapation)
+ ODE:
An. equalion containing the_
ordin ay —dosiuibive. ef “ore ot.
mac depende uosiable with
iebpeni_ To IE one at mas
eh salle” FE
Ge ts dendkd Y ES
Examples ——
- a = Sy =e de
— 3h ye?
de a dy = Gxt À
EE :
> PDE =
_&
An apokion “contig Tre
———pottic_denivalive of one or —
® — More... dependent able with
à - neapecl Jo. -One_ar_nare_tnde=
dependent
aes ary Dependent= 4
Srégente-dt Sodepgent = 1
ee dependent
ra day _ Dependent. &
cpt - Gndependert= L
Independent
2 Nomrrons: __
_—)___esmtz Notation:
du_, dy 434 any
dx De” hé
Lab Prime. AE A
Pry
U des of DE. eon — ES
highest dleiuatve In. de pion?
Scanned with CamScannc
cae 2
i ”
EN upon poor of detudte.
= Cxomple:
aa ds rad, + dl
de de A
ll Orden q DE = io
Cana Of Differetial Equations >
cn “heaps 4, 15 the_poxer
heichest ne ta the
__equion’
“Boris >
“aha ue a
4 pet ip
N fit orden of osdeñinasy differentia?
Audion. in Some ime weiter. tn
ent foun.
Musa + NU 4-0
= ma fam. g- Siena
ooh torn of DE
an A rn ep
— - ee yy
Eee din =
ic fran aa
Ses orme} asın. ap Oe.
- ar A A nn
el fee) en
sh — Zac.
en rn SENS
ces) -
ae
1 Example if
| cay Netw fo 4D
fue ode.
A ar =d>
aa ses — fist cn PE
1 = 5 ae
DE,
RN 204 sa $ Normal {om ef
tu Agpönls
À El
RE Dirrerenteran Enupmon
BR Frias =) = E
An den ODE ‘i he
eng LA = fogs =)
o said to Rincon y E — E
a e a
Noter
Two pwpeties of linear ODE:
4- We- dependant — _vætoble"
_desivaMwes. y Y. ef are 4 the fut
_ degree. Men _ ¡Ls pawen.g cach arm,
imodiiog_ 18 4.
en Ayres Ln. 4 ata 2
Abe. idapendent.. vastable
y cnd.all ils
pasat Suntec we
u
“ODE. sen steph
ae a ee eee
— een, ite
+ Non-\ineas D'E
Novibezz, pin.
amp °
cane
(dy e O
per ne! À
Ly + =O
a
Exersize QD 5
_ Dékesraine whhdhes. the esting
ts Mneor_ac non-linear. _
r Ay) Uy do Aa cos | : =
dincan..—2md_ecyelen___ a
050) y! = à
Pe Wird_arden =
“ey tae
Non- rn q ¿re ovclen
2 a d+ u = Coslr+u)
nn- nasi + Rod ardor.
_—_.Non-linean.,-arcler à.
Y Detesrnine_whethen. ‘he. “equation |
— Is fist orden differential _ a
— tn linen intote dependent viable -.
Eg ratching fust_ DE
Y ld ndo in.
Implieik:
amt
ANS At? seprile
Tara ependert..and dependent ;
aaa. — —
a+ ná =
Espias : .
= N Sun 10 a segle 5
td erro Er. en of
uch orden vg a E
Ga y EIERN “Aled one
aed
premio e fly 4 ddl ton.
a E pond oy alutionge
Flyin hs
ulm) is.
ER Fall of DE
constant (er sf
y» ere La
Tas, gi Gi,
1 Postical ss
fukin ct. cares rare a
Id puasosic. eppedisn is lid — --
: :
i pee ee
O dilution of Det that exist
shy one oki ts called
Sogelen _lulion.
== eukon nix sa
ld et VE:
7 es ap 28 te i Ma
queer =
AAA
PTE ET
de 204-24 % DE
at
WM soy 24 ==
(ven ES
3 4-8 ee
4-2-3
Diferenticile. wert OC
¿et = une
A E —+—
Pros
y andar de
sa yy ———
E
pre eee
= _Be“cosla|
|.
st Bee —
4% si Ne
= ra =
O = Bett —
E
, a year AM
ji —
(pe _——_— _Q ES
om. Ln LEE X + LON K ) case [secta
seca ane x]
a len]? Bee rms car]
ge Pure xx 0 os, fans asec ]
Ts atan] - cose | sue
gu stafosent y au. au)
BE sido] art han Simel 4
(een Franc) Cos
ss
—stondaf pa Maia ys
= so fat —— E
e So [reci ceca] esoo
sentloma
—— x + 4 |
———— gg mu intern —
Hor stos ln per ten) —_
pa 0 00
‚Amer. cosas 3h
Leon = tome —
3 Ney aide unción ya ee
cree re given — ande =
ae ordex- a equslion..