MARC

 008061114s2005        ulka                    000a    kor
■020    ▼a89-7088-583-8
■0801  ▼a541
■082    ▼a540▼b화92ㅇ▼223
■090    ▼a540▼b화92ㅇ
■1001  ▼a화학교재편찬위원회
■24510▼a일반화학/▼d화학교재편찬위원회  편
■260    ▼a서울▼b청문각,▼c2005
■300    ▼a면수복잡p.:p.▼b삽도▼c26cm
■505    ▼a1  물질에  대한  원자의  성질▼a1-1  화학:  변화의  과학▼c2▼a1-2  물질의  조성▼c3▼a1-3  물질의  원자  이론▼c8▼a1-4  화학식과  상대  원자질량▼c12▼a1-5  원자의  구조▼c16▼a1-6  현대의  원자질량  측정법▼c20▼a1-7  몰의  개념:  원자와  분자의  수와  무게▼c23▼a1-8  실험식,분자식을  구하는  현대적  방법▼c28▼a1-9  부피와  밀도▼c3300▼a2  화학량론11▼a2-1  균형잡힌  화학방정식  쓰기▼c3822▼a2-2  균형잡힌  화학방정식  사용하기▼c4433▼a2-4  용액에서  반응의  화학량론▼c5544▼a3  화학적  주기성과  간단한  화합물의  형성55▼a3-1  원소의  분류▼c6466▼a3-2  주기율표▼c6977▼a3-3  이온과  이온화합물▼c7588▼a3-4  공유결합과  루이스  구조▼c8099▼a3-5  루이스  구조  그리기▼c8400▼a3-6  공유결합  화합물의  명명법▼c9311▼a3-7  분자모형▼c9722▼a3-8  둘  이상의  이온을  형성하는  원소들▼c10433▼a4  화학반응의  형태44▼a4-1  용해반응▼c11055▼a4-2  침전반응▼c11566▼a4-3  산-염기  및  그들의  반응▼c11877▼a4-4  산화-환원반응▼c12888▼a5  기체상태99▼a5-1  기체의  화학▼c14200▼a5-2  압력과  보일의  법칙▼c14411▼a5-3  온도와  샤를의  법칙▼c14922▼a5-4  이상기체의  법칙▼c15333▼a5-5  기체에  대한  화학적  계산▼c15844▼a5-6  기체  혼합물▼c16055▼a5-7  기체  분자  운동론▼c16366▼a5-8  실제기체▼c15977▼a6  응축상과  상전이88▼a6-1  분자  간의  힘:  왜  응축상이  존재하는가?▼c17699▼a6-2  액체와  고체의  운동론▼c18000▼a6-3  상평형▼c18211▼a6-4  상전이▼c18522▼a6-5  상평형  그림▼c19033▼a6-6  용액의  총괄성▼c19444▼a6-7  혼합물과  증류▼c20755▼a6-8  콜로이드  분산▼c20966▼a7  화학  평형77▼a7-1  화학반응과  평형▼c21688▼a7-2  평형상수의  계산▼c22099▼a7-3  반응비▼c22500▼a7-4  기체상  평형의  계산▼c22711▼a7-5  평형에서  외부  자극의  영향:  르샤틀리에의  원리▼c22922▼a7-6  불균일  평형▼c23433▼a7-7  추출과  분리  과정▼c23744▼a8  산-염기  평형과  용해도  평형55▼a8-1  브뢴스테드-로우리의  산과  염기▼c24466▼a8-2  믈과  pH  척도▼c24777▼a8-3  산과  염기의  세기▼c25088▼a8-4  약산과  약염기의  평형▼c25699▼a8-5  완충용액▼c26000▼a8-6  루이스  산과  염기▼c26311▼a8-7  용해도  평형의  성질▼c26522▼a8-8  이온성  고체의  용해도▼c26833▼a8-9  침전과  용해도곱▼c27144▼a8-10  용해도에  미치는  pH영향▼c27655▼a9  열화학66▼a9-1  열▼c28477▼a9-2  열계량▼c28588▼a9-3  엔탈피▼c29299▼a9-4  표준  반응엔탈피▼c29800▼a9-5  열역학  제1법칙▼c30311▼a10  자발적  변화와  평형22▼a10-1  엔탈피와  자발적  변화▼c31233▼a10-2  엔트로피▼c31344▼a10-3  절대  엔트로피와  화학반응▼c31655▼a10-4  열역학  제2법칙▼c32066▼a10-5  깁스에너지▼c32177▼a10-6  깁스에너지와  화학반응▼c32588▼a10-7  깁스에너지와  평형상수▼c32899▼a11  산화-환원반응과  전기화학00▼a11-1  산화-환원반응식의  균형맞추기▼c33411▼a11-2  전지화학  전지▼c33922▼a11-3  전기화학  전지에서  화학량론▼c34433▼a11-4  깁스에너지와  전지전압▼c34544▼a11-5  반쪽  전지  전위▼c34955▼a11-6  산화제와  환원제▼c35466▼a11-7  농도효과와  네른스트식▼c35577▼a11-8  전기화학에서  평형상수의  결정▼c35988▼a12  화학반응  속도론99▼a12-1  화학반응속도▼c36600▼a12-2  반응속도와  농도▼c36811▼a12-3  시간에  대한  농도의존성▼c37322▼a12-4  반응  메커니즘▼c37833▼a12-5  반응  메커니즘과  속도법칙▼c38344▼a12-6  반응속도에  미치는  온도  영향▼c38455▼a12-7  촉매반응  속도론▼c38866▼a13  핵화학77▼a13-1  핵에서의  질량과  에너지의  관계▼c39688▼a13-2  핵붕괴  과정▼c40299▼a13-3  방사능  붕괴  속도론▼c4060000▼a13-4  핵분열▼c4110101▼a13-5  핵융합과  핵합성▼c4150202▼a14  양자역학과  수소원자0303▼a14-1  파동과  빛▼c4220404▼a14-2  플랑크,아인슈타인,보어▼c4250505▼a14-3  파동,  입자  및  슈뢰딩거  방정식▼c4320606▼a14-4  수소  원자▼c4350707▼a15  다전자원자와  화학결합0808▼a15-1  다전자원자와  주기율표▼c4440909▼a15-2  궤도함수  에너지▼c4511010▼a15-3  원자와  이온의  크기▼c4551111▼a15-4  화학결합의  성질▼c4571212▼a15-5  이온결합과  공유결합▼c4601313▼a15-6  이원자  분자▼c4631414▼a15-7  다원자  분자▼c4711515▼a15-8  공액결합▼c4761616▼a15-9  빛과  분자의  상호작용▼c4781717▼a16  유기화학1818▼a16-1  정유와  탄화수소▼c4861919▼a16-2  작용기와  유기합성▼c4952020▼a16-3  살충제와  의약품▼c5042121▼a16-4  고분자의  합성▼c5092222▼a16-5  생고분자▼c5172323▼a16-6  고분자의  용도▼c5302424
■950    ▼b￦25000

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