함께 "좋은 책"을 만들어 갑니다.

♥ 이 책의 특징과 활용 ·················································· 2
♥ 물리 공부, 어떻게 할 것인가? ··································· 5
♥ 고교 <물리I, II>에서 다뤄지는 물리학의 역사 ··········· 8
I. 시공간과 우주 ····················································11
Ⅰ-1. 시간, 공간, 운동 ··········································12
111. 시간의 측정과 시간 표준 ····································· 15
112. 길이의 측정과 표준 ·············································· 24
113. 물체의 운동 ························································ 30
114-1. 뉴턴의 운동 법칙 ············································· 45
114-2. 뉴턴의 운동 법칙(운동량과 충격량) ················· 63
115. 일과 에너지 ·························································· 70
I-2 시공간의 새로운 이해 ····································79
121. 행성의 운동과 케플러 법칙 ·································· 83
122. 특수 상대성 이론 ················································· 94
123. 일반 상대성 이론 ·············································· 110
124. 중력렌즈 효과와 블랙홀 ····································· 120
125. 현대 우주론 ························································ 127
126. 네 가지 상호작용과 입자 ·································· 137
II. 물질과 전자기장 ·············································144
II-1. 전자기장 ······················································145
211. 전기장과 전기력선 ············································ 148
212. 정전기 유도 ························································ 156
213. 전류에 의한 자기장 ············································ 166
214. 물질의 자성 ························································ 176
215. 전자기 유도와 패러데이 법칙 ···························· 182
II-2. 물질의 구조와 성질 ····································195
221. 원자구조와 스펙트럼 ·········································· 199
222. 에너지띠와 물질의 전도성 ·································· 209
223. p-n 접합과 반도체 소자 ···································· 216
224. 신소재 ································································ 231
III. 정보와 통신 ··················································240
III-1. 소리와 빛 ···················································241
311. 소리의 특성과 활용 ············································ 244
312. 소리와 악기의 원리 ············································ 255
313. 마이크와 스피커 원리 ········································ 269
314. 광전 효과와 광센서 ············································ 276
315. 색채 인식과 영상장치 ········································ 286
III-2. 정보의 전달과 저장 ··································293
321. 전자기파의 특성과 활용 ····································· 298
322. 무선통신과 방송의 원리 ····································· 304
323. 전반사와 광통신 ················································· 314
324. 교류회로에서 전기 신호의 조절 ························· 323
325. 전자기파 센서와 정보 인식 ································ 334
326. 정보 저장의 원리 ··············································· 340
IV. 에너지 ··························································350
IV-1. 에너지의 발생 ············································351
411. 전기에너지의 발생 ·············································· 355
412. 전기에너지의 수송 ·············································· 362
413. 핵반응과 핵에너지 ············································ 375
414. 핵에너지의 이용과 방사선 ·································· 384
415. 태양전지 ····························································· 401
416. 신?재생에너지와 여러 가지 발전방법 ················ 407
IV-2. 힘과 에너지의 이용 ··································413
421. 돌림힘과 지레의 원리 ········································ 418
422. 역학적 평형과 안정성 ········································ 425
423. 유체의 법칙과 이용 ············································ 431
424. 베르누이 법칙과 이용 ········································ 440
425. 열역학 법칙과 열기관 ········································ 450
426. 에너지의 전환과 이동 ······································· 470
427. 전기에너지의 이용 ·············································· 479
♥ 부록 ········································································ 490
1. 유효숫자의 계산
2. 단위 접두사
3. 그리스어 문자표
4. 과학사 연표
5. 전기 기호