1

1122

2

3

-

-1

الأساسية المنظمة للمنهاج ئالمباد 2-

4

2

11

2

1

3

:

6

4

7

5

:

8

9

11

6

11

1

2222 + 3222 32

112 112 141 112 141

-

-

-

-

-

-

-

-

-

-

-

-

الحجم الساعي 3 -

كفاءات التعليم الثانوي 4 -

12

-

-

-

-

-

-

-

-

-

13

14

11

2

12

1 14

3 12

4 16

5 21

6 12

7 11

8 18

214

16

2 63

-

x= f(t) =g(t)X

2

1

x= f(t)

=g(t) X

21t

3

la spectrophotométrie)

dxv

dt

1vol

dxv

V dt xV

17

1164

N,Z

N,Z

+

2

teNN 0

λ ؛

1

2ln2

1 t

A

1

2mcE

3

18

txs

tNt

)()( tNtx )(')(

)( tNdt

tdNtx

)()(' tNtN

xey

xey '

axey ayy '

teNtN 0)()()(' tNtN

Becquerel Bq

19

363

q CU

RC

R,C R,L.

RL

, ,L C

C

( )C

u f t

( )i f t

R,C

R,L

( )B

u f t

( )i f t

R,L

2

uCq

Cu

2

b

diu r i L

dt

L

21

uCq

0Q

0Q0'Q

0Q

b

diu r i L

dt

21

448844

pH

pH

Ka pKa

pH=f(V)

pH pH

pH

pH

pH

Fe2+

Ag+

pH

2pH

1

3

f

Qr

K

4

pH

Ka pKa

pH

pH

pH

22

pH

xf xmax .

f= xf/xmax

max max( 99% )f fx x x x

xf < xmax

t

.

.

c d

a b

C DQr

A B

KQr

K

Qr

Qr = K,

K ≠ Qr QrK

Ka

pKa

pH

pHpH= f(V)

IUPAC

aA+bB cC+dD

23

5215

1

1

3

4

5

F

v

GamF

KR

T

3

2

K

24

GamF

Ga

)(' tv

t

v

t

R

v2

a

22 /4 KRmF m

K'/4 2 GmK 'm2/' RGmmF

G

v(t)

)(vf

vfmgmv '

mgmv '

gmF ST

/

gaG

gy ''0'' x

2

1

R

cristallographie

21

663

-

pH

nester=f(t)

2

1

4

(

26

761

.

22

( ) cos(2 )t

tx X

T

11

R,L,C

( ) cos(2 )t

tq Q

T

27

0'' Kxx0

2cos( )

tx X

T

x(t), θ(t)

0 2l

Tg

0

lT

g

2

kxF

28

841

vT

1

2

3m-5m

29

2

14

1 18

3 11

4 21

5 21

6 11

7 11

8 18

231

31

2 64

-

x= f(t) =g(t)X

2

1

x= f(t)

=g(t) X

21t

3

la spectrophotométrie)

dxv

dt

1vol

dxv

V dt xV

31

11213

N,Z

N,Z

+

2

teNN 0

λ ؛

1

2ln2

1 t

A

1

2mcE

3

32

txs

tNt

)()( tNtx )(')(

)( tNdt

tdNtx

)()(' tNtN

xey

xey '

axey ayy '

teNtN 0)()()(' tNtN

Becquerel Bq

33

393

q CU

RC

R,C R,L.

RL

, ,L C

C

( )C

u f t

( )i f t

R,C

R,L

( )B

u f t

( )i f t

R,L

2

uCq

Cu

2

b

diu r i L

dt

L

uCq

0Q

0Q0'Q

0Q

b

diu r i L

dt

34

44212144

pH

pH

Ka pKa

pH=f(V)

pH pH

pH

pH

pH

Fe2+

Ag+

2pH

1

3

Quotient

Qr

K

4

pH

Ka pKa

pH

pH

pH

31

pH

xf xmax .

f= xf/xmax

xf = xmax ( xf ≈ 99% xmax )

xf < xmax

t

.

.

c d

a b

C DQr

A B

KQr

K

Qr

Qr = K,

K ≠ Qr QrK

Ka

pKa

pH

pHpH= f(V)

IUPAC

aA+bB cC+dD

36

5255

.E h

1

1

3

4

5

E h

.

37

F

v

GamF

KR

T

3

2

K

GamF

a

)(' tv

t

v

tR

v2

a

22 /4 KRmF m

K'/4 2 GmK 'm2/' RGmmF

G

v(t)

)(vf

vfmgmv '

mgmv '

38

gmF ST

/

gaG

gy ''0'' x

2

1

R

cristallographie

E h

39

693

-

pH

nester=f(t)

2

1

3

4

41

793

.

R, L,C,

Z)(fZ

22

0

( ) cos(2 )t

x t XT

11

R,L,C

0

( ) cos(2 )t

q t QT

3

R,L,C

41

4

0'' Kxx0

2cos( )

tx X

T

0 2l

Tg

kxF

R ,L ,C

uc(t)

2R= 0CLT 20

1R

TR0TT

3R

RRc

cR R

R,L,C

A.O.

42

RLC

/Z U IZR,L,C,ω

841

vT

1

2

3m-5m

43