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27. 5 2 A2 30 KNO3 1 2 6 1 2 Off 7 E 1mV 0 1m
28. Lone Pair 11 11 5042 NO3 2 Cu ll 5 2 NH2 CH2 CH2 NH2 en
29. mor L 1 8 314J mol 1 K 1 0 0821atm L mol 1 K 1 mol K 100 3 000
30. 1 0 5mol CuClo 50 852mg 10 10 2 0 1mol AgNO3 50 170 10 10 3 70mmg 4 5 AgNO
31. 2 mol mol EBENEN mol 3 4 FIT 5 90 45 SPACE 6 1990 1998
32. X0 2 X0 2 00 25 10 0 1M en 10 X1 11 2 0 01 ZnClo 5 25 d 0 1M 10 2 d 1 pH d 1 2 6590 UVIDEC 210 5 2 550nm 400 60
33. 10 1 0mg 0m9 1 2 26 11 5 26 3 CuSO4 5H2O CuSO4 5H20 100 11020 SPACE 4 5 1 H20
34. 500 15 15 500 80 C 213 HHHHH 0 0001g x x 19 5 1 5 5N TEOS 2 C2H5OH 9 TEOS H2O CoH5OH 5N H2O 2 TEOS 1200 150 100 3 19 9 19 4 500m2 1m2
35. 5 5102 5 5 169 100 78 3 90 0 94 1 00 0 79 1 08 208 3 18 02 46 07 36 46 49201 H20 4 0 99997 20 C Tetraethyl orthosilicate Si OC2H5s 4 5 300 200 C 200 12 011 1 0079 15 9994 28 09
36. 18 dut 2 4 6 3 C Run 3 C s Run 3 18 20 Run 4 4 1 VH D Run 2 4 n 7 n 3 4 VI 10 3 50 7 5 1 x0 m 1 Run 4 1 2 Run 5 6 30 C 40
37. 4 2 x 6 Ag AgX Ag AgH CDI K Solubility Product 2 Ag X AgX 6 7 K Ce 2 2 7 0 0000 2 8 logK 1 log 1 2 8 GE Dag j E 1 C 1 2 C 2 C 2 Agu
38. 70 C
39. 5 100 100 ABS 0 ADJ ABS T 550 AU 200 X1 5 2 0 X1 550nm d mM 1 Cu II 1 00cm X1 wt 5 4 UVIDEC 210 0 POWER 5 6 1000 466 0 404 90 V 520 5 50 5 6 UVIDEC 210 T 0 T 100 44
40. mol mol 1 2 0001g 0 1mg 4 3 000 4 5 6 2 5 10 100 15 40 0009 20 0 998207 25 0 997048 30 0 995651 7 8 7 2 6
41. 10 2 8 05 0 15 0 1 21 04 4 2 1 0 4 4 4 1 0 0 0 00801 30 8 0 1 3 0 0 0 00801 8 01 10 3 21 0 1 21 00 2 1 0 0 4 21 1 21 1 8 01 10 3 3 64 10cm 5624cm 2 0 01cm 1cm 4 Ls 3 630 15 3 65cm 1 360 1 5600 2 1 4 949321 2 4 9 4 950 2 2 5 0 2 100 10
42. silica gel SiO 102 0000 TEOS Si OC2H5 4 1 Si OH 4 C2H5 SED 00205 4 HS 4 C2H5 11111 OCzHs OH 2 H OH H HO i OH gt HO BI O BI OH OH OH OH 68
43. induction period 202 H202 22 VO V t t 0 activation Arrhenius 8 dlnk E E ne 8 In B 9 RT gas constant activation energy 8 9 9 H2O2 HO 150 H202 1 2 2 A 202 gt 150 5 9 E Ink 1 R J 8 314 7 1mol 2 190kJ mol 1 pH 0 100 C 5 10 1 5 0 2mol 1 33 A H2O2H
44. Lal Lb Lc Lb Lc PAD P2 P1 P2 Ld Le Le h Lali Le hH 2 Lf Lf M CDM 09N 25 500 x 2 10 KNOs 300 x 6 1 AgNOs 25 15cm AgNO3 0 01M KCI HU D U U LE E U 0 2M KNOs Ag 107 870 0 14 010 O 16 000 39 100 35 45 96485 C mol 8 314J mol K AgCl 2 Es 5 15 25 35 40 log K 10 595 10 152 9 749 9 381 9 21
45. x y 10 1 10 20 0 2 50 10 3 b 5 ax b y 10 3 10 3 5 ax b 2abx 2 2 10 4 5 e nb 2 6 x 2b5 202 10 5 5 10 6 10 7 29 x 29 x y 0 10 6 EJ 2nb 2a2 x 2 y 0 10 7 10 6 0 10 7 0 a b SS 224 10 8 BIRNEN 10 9 Hg T Q 1 0 760mmHg 2 T C 40 50 60 70 Hg 366 4 525 8 739 5 1019 00 InP ax b 2 6 n 4
46. 10 1 0 000190 0 1mg 100 100 POWER RANGE CURRENT FINE COARSE POWER COARSE 150mA 2 00 2 7V FINE 5V 150mA off 150mA 90 POWER 0 1mg page 50
47. Windows 5
48. H20 H202 1 AO 1 dr SEN di ES di mol y 1 ay ug 0 constant 202 first order 1 2 3 2 InC kt a 3 3 t 0 Ci 3 t 0 InC a 4 3 In kt 5 3 n C 5 5 000007 sec min 1 hr 1 day 1
49. 1 1 100 1 200 1 25g 0 000190 20 1 100 50 100 100 00 1 1 2 d 25 25 5 2 1 10 0 1M 10 25 60 0 d 5 2 d b 1 1 00 2 00 3 00 5 00 0 1M 0 00 0 5 0 7g 0 00019 0 1mg 2 304 65 Mon 5 3 4 5 3 42
50. 1 P W ATKINS 259 10 p 271 10 3 2 John A Dean ed LANGE s HANDBOOK OF CHEMISTRY 13th edition McGrawhill 1985
51. page 78 0 6mg JIS 0 3 mg 0 6mg 0 6mg 104 00 40 110 C 1 150 1 INQ 170 C 11 30
52. 25 0 0001 CuSO4 5H20 Il FeSO4 H20 1 CoSO4U7H2O NiSO406H2O 220 C 63 55 Fell 55 85 58 93 58 69 1 008 15 999 50 32 066 25 2000 220 C 20 4 gt page 77
53. 5 9 1 2 2 all LCD Menu 2 4 Spectrum Print Out Draw Axis Print Out 10 Seq Draw Axis 2 On 2 x 2 2 X1 X1 z LCD Menu 2 4 40 Spectrum Print Out Draw Axis Print Out Overlay Draw Axis Off X1 2 Line Mode 46 POWER 5
54. 17 24 32 39 49 53 60 68 75 16 31 38 67 82 HOO uum 0000000000000000000000000000000 000000000000000000000000 1
55. parts per million 1 5ppm ppm 1000 g 1000 9 1 59 ppm mg l 1 09 1000 1000 1000g mg 1 0g 1000 mg yield 100 0 5 2 100
56. 1 2 log 2 mol l e Mm 5 2 303RT F 3 0 mV 4 5 AgCI 2 2 0 AgCI 8 AgCI K log K SPACE 1 log 2 29 5 2 303RT F 3 4 2 512 5 8 K log K page 58 SPACE 6 5
57. 5 1000c L 1 00000 0 10 10000 0 A A Ne Kohlrausch c0 A A 1 A 6 NA XA 6 7 8 7 lt BA mI BA BA mol L BA 8 9 2 gc 9 1 0 A 10 az 10 x 9 10 11 11 Ostwald 61
58. 15 98 01 100 15 98 84 02mol 5 52 13 8cm 22 25 on 5 256 5 52 15 98 2 S 0 8402 1 0 8402 x 100 0 1598 1 5 256 15 98 01 15 98 01 15 98 01 X1 mol 1715 98 100 100 x4 mol 5 256 22 0 8402 x4 1 5 256 100 100 100 100 100 1 0 8402 x 100 0 1598 100 100 100 100 X1 2 5
59. X 3496 x 10 5 A CH COO 0 409 1075 m X K 7 35 10 8 mol lt 7 63 1078 mol 63 1 2 5
60. OFF 200 200 80 C 30 200 C 300 60 15 5102 10 80 C 10 0 0001g 0 1mg 9 2 0 59 0 000190 0 1mg 9 x 100 15 72
61. 2 A K 2 A 3 905x 1072 S m2 mol 1 A A A Al A A 67 uum 00000000
62. X X X L x M deviation x X S 5 unbiased variance standard deviation
63. 3 9 cathode 159 1 59 1 59 100 0 19 pH 1 NP 1992 2 1989 3 books 2000 4 2002 5 JPS 4 2003 Pt Pt 52 000 000000000 SPACE Ag e Ag
64. 0 1M 1 5 10 21 4 10 30 8x 10 40 1 6 10 4 3 2x 105 6 1 alc 1 Veo A 2 2 A A 11 6
65. Rayleigh 64 6 C 00 C 30 01 0 3 760mmHg 78 C 66 5mol 0 665 x x 1 0 dr ln 1 x 1 100mol 30mol 0 30 66 5mol 70 C 85mol d e f 17
66. 2 10 7 SEC page 59
67. 57 00 300mV
68. 2 3 4 1 5 2 2 5 2 2 5 6 Ink 2 10 3 1 2 3 4 0 190kJ mol 5 2 6 1 6 H2O2 4 7 AA dr k 8 8 9X10 4 sec 1 at 22 C 2 5 10 3 sec 10 at 34 C 68 kJ mol 1 P W ATKINS 25 829 37 0000000000000 y
69. 8 6 2 4 E 0 cm3 A 20 C page 12 log
70. 6596 100
71. 10 13 9 9 368 9 0 1011 9 1 x 10 13 0 01 9 368 0 001 g 0 1011 0 0001 g 19 5991 0 0111 9 19 5991 2 2 19 609 19 59919 10 13
72. 39
73. 9 4
74. CuSO4 5H20 1 FeSO4 7H20 1 CoSO4 7H20 1 NiSO4H6H2O CuSO4 H2O 1000 110 1 CuSO4 H20 50 5 0 8 CuSO H O 4H 0 1 CuSO4 5H20 110 M CoSO4 VH2O CoSO4 6H2O H2OH 41 5 C CoSO4 6H2O CoSO4 H2O 5H2OH 71 C TGA 41 5 C 11 FeSO4 7H20 gt FeSO4 MH2O 3H20 56 6 C FeSO4 MH2O 65040120 3H2OH 65 C Fe III page 75 0000000 00 0406 20 NiSO4HH2O 5HzOH 100 C HHTGAHHHHHHHHHHHHHHHHHHHHHHHHHHH 00000000000000000000 UUOO0O00000000000000000000000000 HHHHHHHHHH 10 coco 00 0 0000000600 000000000000000000000000000 UUOU0O00000000000000000000000 0000000000000000000000000000 UUOU0O0000000000000000000000000 000000000000000000000000000 U0O0O00000000000000000000000000000 0 000000000000000000000000000000000000000000 HHHHHHH 000000000000000000000000000000000000000000000 HHHHHHHHHHHHH
75. 82
76. page 30 0000000000000
77. 3 J g0 H20 5 6 NH4OH SN2 7 TEOS 1 5 H20 1 H20 H20 TEOSH SiO2 SiO TEOS H20 1988 page 74 0000 000000000000
78. page 69
79. 0 1 0 1 6125 12001 100 50 10 14 CM 21P 30 C 1 30 C 2 10 1 50 0 1M 50 10 50 2x 10 2 KCI 1 5 10 30 8x 10 4 KCI 3 2 4 0 10 2x 10 20 4x 10 30 8x 10 4M 1 14 2 8cm 10 CM 21P 7 0cm 25 15 4 5 6 7 cell constant 15 1000
80. 2 70 60 0 0 0 1 0 2 0 3 0 4 05 06 0 7 0 8 0 9 1 0 1atm Rayleigh exe 0000 253 20g 49 80mol 34 30mol96 1013mol 253 204 49 GEH 2420 01 19 70001 molt mol page 18
81. 4 USB
82. page 6
83. CH3COOH V V I A 1 V RI 1 1 R R Q L m lt p m 2 1 L R p 2 2 2 Sm 5 07 SU siemens K 3 1 3 AR R K 2 3 4 R k cell constant K A mol L A mzmol 5 page 60
84. 3 905 10 2 S
85. Eii HHHHHHH Hn gg 0 D HHHHHHH 000 5 1 r4 00000 9 2 3 0 0 100 4 5 Li ut uut JOU 100 000 100 Run 1 Run 3 Run 4 Run 6 Uu
86. brass 300 45wt brass 213 INO 0 1 en 0 01 ZnClo 100 100 25 100 50 2 25 20 6596 0 0001g 0 1mg UVIDEC 210 V 520 1 00cm 63 5460 32 066 15 999 1 008 41 1
87. 300mV page 54
88. 2 6mm page 24 o dead ti r Retention
89. 0 00019 0 1mg
90. atm Hg hPa psi pound sqare inches 1 00atm 760mmHg 1013hPa In P PH atm In P In 1 00 0 00 PH mmHg In In 760 6 63 PH hPa In P In 1013 6 92 In P In P 2 Vn 0 00 x 6 63 Moa 6 92 page 16 000 0000000
91. 13 10
92. OO 2 A B r 3 log mol 20 mol
93. 47 H2SO4
94. page 62
95. 55 Ag Ag 1 2 3 4
96. 2004 page 15
97. page 31 000 00000000000000000000 HOU 00000000000000000000 202 Fest H2O2 gt 150
98. 18 00 2 5
99. 36
100. TEOS 2 C2H5OH 5 DN 44 5 23 3 10 0 5 300 Il S 3 5 44 5 TEOS 450 50 C 200 23 3 5N 10 0 5N page 70 45 50 C 30
101. GC 1 78 C D 1 97 C 0 1 WE 138 C 125 C 14220 100 2 5u L 3 2 30mol96 H 4 3 6 mol 4 OV 17 7 PEG 20M 14024 8 C 1 PEG 20M 100 1 2 3 2 PEG 20M 100 4 5 3 PEG 20M 100 6 4 OV 17 100 7 PEG 20M 140 8 10 min attenuation page 28
102. 10 y ax b x 10 1 page 13 t b y
103. 0 3x 15x 80mm 100 0 8x 20x 75mm 30mmg 80 10 NiSO406H2O H3BO3 NH4CI 58 690 50 32 07 16 000 10 810 1 0080 14 010 35 45 100 Zn Fell Cul Ag 70 1 AgNO3 1 CuCIo 2H20 50 10 xe E VOLTAGE 5 CURRENT ous COARSE FIXED VOLTAGE u AmA COM 1 POWER 00 9 Ni Kee m E a a
104. Hempel 1 100 0 2 500 30mol 300 300 3 00000 70 30 4 5 5 5 90 6 7 21
105. Windholz ed MERCK amp CO INC page 80 THE MERCK INDEX an encyclopedia of chemicals and drugs ninth edition Martha HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH 00000000000000000900000000000000 000000000000000000000000000000000000000 3 min 1504 5121 1094 uses 100 N X d g 90 NG d E 1 FeS04 4H20 7 d _ N 003 NM m E 50 100 150 200 Bo 50 C HHHHHH UHHHHHTGAH n HHHHHH WHHHHHTGAH 3 min SR 1m k 1 009 1 57 1 1 807 d 1 804 1 3 Ca504 N20 2 Ges min TOUT 0898 S 0 D 000000000 00000000 000000000 00000 HHHHHTGAH 0 81 0000000000000 2
106. 8 9 10 7
107. 50 C 5 10 20 C 5 10 20 C 3 12 CH VH Run 1 3 5 20 7 8 CH VH Run 1H 7 5 30 C 5 10 40 5 10 1 1 5094 5 10 10 0 2mol 1 2 2 Vo 2 Run 2 10 Run 1 10 2 0000 40 80 100 12 35
108. SPACE 6 T 0 001 0 29 1 88 7 4 2 1 1996 1986 1993 1999 UVIDEC 210 V 520 page 48 000 00000
109. page 73
110. 19 gt C a b 90 20 376 29 1156 1 778 63 25 407 90 1202 2 792 86 30 436 20 1241 8 803 69 000000 70100 100V HH 0 D 100 000 00 00000 000000 3000 100 20
111. page 71 100 C
112. di wt96 mass 100g wt molarity mol Z 0 wg 1000 mol Z 3 normality g A 9 9 9 4 39 4 mol wg dg 8 5 1 _ 1000 2 Vd mol kg
113. page 23 00000000000 400 C
114. N 400 2212 1795 223 3 325 2 342 195 240 249 245 3 00 4 50 1 5
115. 2 13100 ID 0 EE H 0 0 11 1 3 4
116. 3 195 107 3 096 10 3 003x 10 2 915x 10 5 904 6 265 6 606 6 927 10 208 10 9 585x 10 9 018 10 8 497 10 14 0 01886 0 01940 0 01984 0 02019 12 209 107 25 702 37 308 x 107 0 07829 10 8 10 9 O ny xy 4 0 07829 12 209 x 107 25 702 4 37 308 10 12 209 103 3 69 x 10 T xy _ 37 308 x 10 25 702 12 209 x 1077 0 07829 KS 2 4 37 308 x 10 12 209 x 10 17 68 P det We bk 3 6910 lte 760 1 0atm T 334 K 61 C 1986 2002
117. 2 51587 3 2 516 2516 1 2 516 0 001 10 1022 x 327 340 3 28 10 11 x 1 y 1 x ax Iny blnx Ina Iny Inx ae Iny In y x b In y 1 x H 1 x y x 1 y b ab y 8
118. 7 202 5 d kt 7 1 32
119. 00000000000
120. 6 1 2 3 3 1 2 3 4 5
121. 3 2 2 303RT E E 4g 2 303 4 AgAg C 1 4 5 _ 2303RT 2 2 308RT 108 C ae F 1 5 0 2 0 2 303 2 ag F page 53
122. LCD Menu 4 41 Spectrum Photo Mode 2 Abs 7 Start WL 900 End 350 350 900nm WL Scale 3 25nm Scan Speed 3 1200nm min Lower Limit Upper Limit Cycle NO
123. Draw Axis 2 00 Line Mode 1 Full Seq sequential a b 40 0 9 0 D eoo LCD Menu 4 AT Spectrum
124. 1 2 4 3 4 5 OO 6 7
125. 10 843 3 69X 0 7326 1 10843 1 369 1 7326 1 369 29 3118 1 369 3 29 3 3 69 x 1og328 328 1 1og329 x 1og327 2 51719 2 2 51454 3
126. GC GC GC 1 54 27
127. Vigreux
128. 1 80 1 SPACE 8 9 Tr 1 AO TCD
129. page 49 1 2 3 4 5 6 7 8 9
130. 22 3mol 2 3 109 4 9 29 7
131. ATC 80 C 5 a c 5 b OFF 5 ER FI SE SM HD 649 b x ES page 66 0000000000000 6
132. Run 4 page 34 1 5 H O 2 2
133. page 79 18 6500 18 6509 9 19 6178 19 6178 g 19 3391 0 9678 g 19 3403 g 19 3391 g 19 3390 g 0 2787 g 2787 0 9678 100 20 100 100 28 80 96 1 B LA x 100 28 80 1 1 1
134. Print Out Print Out Draw Axis Overlay Draw Axis Off 45
135. 4 6 7 8 9
136. 1 4 1027 log Abs absorbance 10 transmittance Lambert Berr mol mol 400 750nm
137. 5 5 V 520 2 5 6 LCD OOVOOYLLO Kan 000 ir 00069 lt gt gt 2000 5 0 681 5 6 V 520 1 d Culll en 5 1 2 1 00 4 2 5
138. 3 45 1 15 1 15 3 45 3 00 GC GC A 1p 4 50
139. SPACE 7 8 Or m lt lt p 12 36 p 141 W J Moor page 64 163 CM 14P
140. 100 8 20 90 30 75 09 25 0mol mol H2O 3 48 mol 12 011 1 008 15 999 x 3 48mol 1 22
141. chromatography chromatograph chromatogram SS n s Sat page 25 mm cm
142. 0 1M AgNO3 AgNOs 0 420 0 43g 0 000190 0 1mg 30 25 0 1 AgNO3 30 fog oO 1 0 1M AgNO3 1 00 0 0 2M KNO3 9 0 1x10 2M 48 A2 1 0 1 0 2M 10 61 M A1 A2 1 0x10 2 0 10M AgNO3 1 0 0 2M 9 0 A3 1 0 10 3 2 1 0 0 2M KNO3 9 0 4 1 0 10 4 1 0 0 2M KNO3 9 0 5 1 0 10 5 4 1 0 0 2M KNO3 9 0 30 1 10 3 1 10 4 1 10 5 5 KNO3 10 30 5mm 50 0 2M KNO3 5 0 2M KNO3 page 56
143. 1 1 1 Ag Ag Nernst 2 1 EX a E Ag Ag Ag Ag mol es Ag
144. kC 1 gt gt InC kt a 9 dt 6 k 38 005 0 00000000000 1 4000 750 200 400 10 b gt t 0 00 5 1 5 1 100 T 71 T 100T I
145. 0 5 2 Cu ll 5 2 apicall 10 Ho 2 H gt 2 029 NO 2 2 4 H2O 7 Ho H2 5 2 Culll 5042 NO37 page 40
146. 0nm 0 0 T 0 A oo U 600 page 43
147. 3 6 10 60 1 2 3 C 9 4 3 5 mol 6 8 90g cm3 107 Um 7 51 SPACE
148. H 00000 000000000000000000 0000 00000000000000000000006000000000000000000 0000000000000000000000 400000000000000000000 0000 000000000000000000000000000000000000000000000 0000 a 00 0000000 76
149. KEY LOCK AUTO HOLD ATC 4 5 0 RANGE SET DATA INGA page 65 AUTO AUTO HOLD 10 18 KEY LOCK
150. V 10 off 8 1 2 5 2 5 C gt DI A2 6 0 0 7 A2 1 50 30 0 1M AgNO3 1 0 0 2M KNO3 9 0 1x10 2M B1 B1 A2 A2 2 1 A1 2 61 3 0 01 00000000 2 0 5 0 2 0 1 1mV KC
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