大學物理分層次作業(yè)練習冊
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【作 者】主編 梁志強
【I S B N 】978-7-5170-2963-2
【責任編輯】宋俊娥
【適用讀者群】本專通用
【出版時間】2015-02-01
【開 本】橫8開
【裝幀信息】平裝(光膜)
【版 次】第1版第1次印刷
【頁 數(shù)】36
【千字數(shù)】108
【印 張】4.5
【定 價】¥12
【叢 書】應用技術(shù)型高等教育“十二五”規(guī)劃教材
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本練習冊共分14個單元,每一單元對應《大學物理》教材的一章內(nèi)容。題型設計為選擇題、計算題、論述題三大類,其中計算題包括計算
與證明兩種形式的題目,而論述題則包含概括、論述、解釋、總結(jié)等形式的題目。其內(nèi)容涵蓋力學、熱學、電磁學、波動、光學和近代物理。
本練習冊可作為高等學校工科專業(yè)大學物理課程的作業(yè)、課外練習或考研復習資料,也可作為相關(guān)課程的教學參考資料。
《大學物理分層次作業(yè)練習冊》為大學物理課程的輔助學習資料,可以輔助學生理解和掌握該課程的基本概念、基本規(guī)律和基本方法。認真勤奮地去做練習題,是提高學習質(zhì)量和學習效率的有效途徑,也是提高應用物理學原理分析解決工程技術(shù)問題能力的有效途徑。
德國著名物理學家索末菲曾經(jīng)寫信告誡他的學生海森堡:要勤奮地去做練習,只有這樣你才會發(fā)現(xiàn),哪些你理解了,哪些你還沒有。值得注意的是,索末菲培養(yǎng)出海森堡、泡利、貝特三位諾貝爾獎獲得者以及一大批著名科學家。 因此我們建議每章學習結(jié)束,除完成一定數(shù)量的課堂練習及課后習題外,最好及時復習、反思、概括,并給出每章小結(jié),其內(nèi)容可以包括基本概念、基本規(guī)律和基本方法,典型例題,學習體會等。十余年的教學實踐表明,全面復習、及時總結(jié),是一種行之有效的學習方法。
本練習冊中習題的編寫與設計方面借鑒了國外優(yōu)秀物理教材的做法,強調(diào)理論與實際緊密結(jié)合,注意將習題內(nèi)容與工程技術(shù)問題和日常生活實例密切結(jié)合。習題采用多種形式及由簡單到復雜的分層次編寫方法。尤其是論述題,沒有設計“唯一”的標準答案,而是根據(jù)學習者深入思考的不同層次,理解課程內(nèi)容的不同程度,可以給出不同形式和不同層次的回答。
本練習冊由梁志強教授負責論述題的編寫,由尹妍妍、王青、吳世亮、王立飛、李暢等分別主持1~3章,4、9、10章,5~7章,8、11章及12~14章練習題的編寫,梁志強負責練習冊的統(tǒng)稿工作。
歡迎使用者反饋意見,以便再版時更正與完善。
第1章 質(zhì)點運動學 ····································································································· 1
第2章 牛頓定律 ········································································································· 5
第3章 動力學基本定理與守恒定律 ············································································ 9
第4章 剛體定軸轉(zhuǎn)動 ································································································ 13
第5章 靜電場 ··········································································································· 17
第6章 靜電場中的導體與電介質(zhì) ·············································································· 21
第7章 真空中的恒定磁場 ························································································· 25
第8章 電磁感應與電磁場 ························································································· 29
第9章 機械振動 ······································································································· 33
第10章 波動 ············································································································ 37
第11章 光學 ············································································································ 41
第12章 氣體動理論 ································································································· 49
第13章 熱力學基礎 ································································································· 53
第14章 近代物理基礎習題 ······················································································· 61