1320M/161320M

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4 " # $ %! θθ v m g y v θ O v α x! O x y x α x y y

5 " v # v sinα $ & v cosα ' v cosα v sinα ( v cosα % v sinα " g # gsinθ $ g sinθ ' g ( gsinθ ) g sinθ % gcosθ & g cosθ * gcosθ! g cosθ xy y L v g x xy L α " sinα # sinα $ sinα ' cosα ( cosα ) cosα + tanα, tanα - tanα % sinα sinθ * cosα cosθ. sin α sinθ & sinθ sinα! cosθ cosα / sin α cosθ

6 ) ( xy α v m xy L m y v x v α v θ O L * yl v! v " v sinα # % v cosα & v cosα ' v sinα v cosα $ v sinα x x m m x xy L L L LL L

7 4 xy L m 3 x xy L L L " m mm # m mm $ m mm % m mm & m mm ' m mm ( mm mm ) mm mm *! + mm mm, mm mm - mm mm. mm mm / mm mm 0 mm mm 1 mm mm 2 mm mm

8 ' lm Sm vms nm e C ( A ts QC I A s A vtm ts A S t s S A vt - A A QC l I A! Q t " Q t # Q t $ Qt % Qt & Qt! envs " S env # ns ev $ ev ns % env S & envs vms m mm A v ms

9 " # $ % & ' ( ), + VV S - v vms V l kvnk v ms I VA " V k # V ks $ V kl % Vl k & Vl ks ' ev k ( ev ks ) ev kl * evl k! evl ks " ne S k # ne ls k $ ne S kl % ne kls & k ne S ' k ne ls ( kl ne S ) kls ne

10 " # $ % & ' ( ) + ts ts J ts J " Vl # Vvt $ Vvt l ' evl ( evvt ) evvt l % Vl t * evl t & Vl vt! evl vt " I V # V I $ I V % IV & IV ' I V t ( V I t ) I Vt * IV t! IVt

11 ) Lm mkg y L L O v S x z L!! vv x v y v z msv *,!v x v y v z + - ms x S v x v y v z v x v y v z S Ns S S ss S S N! mv x " mv x # mv x $ mv x % mv x & mv x ' mv x ( mv x

12 " Lv x # L v x $ v x L & Lv x * Lv x ' L v x ( v x L! L v x + v x L % Lv x ) Lv x, Lv x " mv x L # mv x L $ mv x L % mv x L & mv x L ' mv x L ( mv x L ) mv x L - Nv v v x v y v z S N P Pa RJmolK N A mol TK Vm PV N mv v ms " Nmv L # Nmv L $ Nmv L % Nmv L & Nmv L ' Nmv L ( Nmv L

13 " Nmv L # Nmv L $ Nmv L % Nmv L & Nmv L ' Nmv ( Nmv ) Nmv L L L * Nmv L! Nmv L + Nmv, Nmv - Nmv L L L. Nmv L / Nmv L " RT N A ' N A RT # RT N A $ RT N A ( N A RT ) N A RT % RT N A * N A RT & RT N A! N A RT "!RT N A m #!RT N A m $!RT N A m %!RT N A m &!RT N A m '!RT N A m (!RT N A m

14 ! mol kgmoljmolk ms

15 ! HNONaCl K g g g g g " # $ % & ' " # $ % & ' ( ) *! +, -. /

16 gml JgKg g kj! NaOH aq NaOHaq kj! mollml kj " NaOHaq HClaq NaClaq H O kj "!"moll ml g! " # $ % & ' ( )! "

17 " # $ % & ' ( ) *! +, -. / " # $ % & ' ( ) * " # $ % & ' ( ) *! +, Pa L g g Pa ml g g " # $ % & ' ( ) *! +, -.

18 + Al Cmol mol L! Al e./ Al! A C mol g " # $ % & " # $ % & ' ( ) *!, - " # $ % & ' ( ) *!

19 " # $ % & ' ( ) *! +, -.! " Al HCl /0! Al NaOH H O /0 " g ml moll kg L " # $ % & ' " AlCl # Al O $ AlOH % Cl & H ' HCl ( NaAlOH ) O

20 " # $ % & ' ( ) " # $ % & ' ( ) *! +, -. / " # $ % " # $ % " # $ % " # $ % &

21 ! Cl Cl Fe OH CO H O H SO NaOH CO H SO HNO H SO SnHCl NaOH H Ni

22 " # $ % & ' ( ) *! +, -. / " # $ % & ' ( ) *! +, -

23 " # p $ % & ' ( ) *! " # $ % & " # $ % " # $ %

24 ! " # $!

25 " # $ % & ' ( ) *! +, -. " # $ % & ' ( )

26 m! " # $

27 ( ' & % $ # "! X A A

28 ! " # $ % & ' ( )! " # $ % & ' ( A A A A E E E E

29 cm cmcm cm cm cm cm " # $ % & ' ( ) *!

30 !!!

31 !! " #! " # $ DDT % D &

32 " # $ % & ' ( ) *! +, -. / PIN " # $ % & ' ( ) *! +, -. /

33 " # $ % & ' ( ) *! +, -. /

34 P Q P Q P Q W P P W Q Q W P Q P P W Q Q W P Q P

35 Q " # $ % & ' ( ) *! +, -

36 ! C CO N N N

37 " # $ % & ' ( ) *! +, -. / 0 " # $ % & ' ( ) *! +, -. /

38 DNA " # $ % & ' ( ) *! +, -. / N " # $ % & ' ( ) *! +, -. /

39 " # $ % & ' ( ) *! +, -. /

40 km kgm kgm

41 " # $ % & ' ( ) *! +, -. / C H O CO kg kg HCO CO H O 01 C H O O H O " # $ % & ' ( ) *! +,

42 ! γ

43 " # $ % & ' ( ) *! +, -. / GFP GFP GFP mv mv

44 " # $ % & ' ( ) *! + " # $ % & ' ( ) *! +, -. /!

45 " # $ % & ' ( ) *! +, -. / mm S MNS MSmmN Mmm S M N

46 " # " # $ % & ' ( ) *! +, -. /

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