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Seventeen-lecture handout structure: from prerequisite knowledge, limits, derivatives, integrals and integration techniques,
through to series, multivariable calculus and vector calculus. Link abstract concepts back to real phenomena — visible calculus, especially suited to those taking summer retakes / resits.
f(x) = x², tangent at x = 1 · slope = 2
Read in this order, from limits all the way to series and differential equations
Starting from the structure of Chapter 17 of the handout, gradually build a complete map of calculus (the reader is still being expanded)
函數、圖形、多項式與三角——進微積分前要帶齊的行囊。
Browse →極限的直觀與形式、連續與間斷——微積分一切概念的地基。
Browse →瞬時變化率與切線斜率——割線斜率的極限與微分法則。
Browse →極值、最佳化、相關變率與作圖——導函數能做什麼。
Browse →不定積分、定積分與微積分基本定理——累積與面積。
Browse →兩曲線間面積與旋轉體體積——把積分用在幾何量上。
Browse →分部積分、三角代換、部分分式——把積不出來變積得出來。
Browse →弧長、旋轉曲面、功與流體壓力——積分走進物理世界。
Browse →可分離變數與指數成長衰減——變化率決定的世界。
Browse →用參數描曲線、用角度與半徑看平面——換一套座標看世界。
Browse →收斂、發散與泰勒級數——用無窮多項式逼近函數。
Browse →向量、內積、外積與空間中的直線與平面——進入三維。
Browse →空間曲線、速度與加速度——把運動軌跡寫成向量函數。
Browse →多變數函數的變化率、梯度與極值——曲面上的微分。
Browse →二重與三重積分——在平面區域與立體上累積。
Browse →線積分、面積分與 Green、Stokes、散度定理——場的微積分。
Browse →二階線性微分方程與應用——振動、電路與共振。
Browse →Limits, derivatives, integrals, the fundamental theorem, Taylor series… bilingual terminology and plain-language definitions; come here first when you get stuck in the reader.
Search terms →The positioning and scope of this reader, and how to learn with Uedu Science Lab "Visible Calculus".
Find out more →This section contains original educational material intended to build concepts and intuition in calculus. The mathematical content has been manually reviewed; for deeper study, please still refer to textbooks and authoritative teaching materials.