Python Codes for iCAL Modern Calculus
Provided in the following formats:
1. Python codes in a
Single Github Directory
2. Chapter-by-Chapter code (.html and .ipynb files)
Steps To Download the Following:
(i) Right Click on the link
(ii) Select "Save link as"
(iii) Choose your destination folder and click OK.
Chapter-by-Chapter Python Code (.html):
Chapter 1: Basic Ideas of and Methods of Calculus - This chapter has no code.
Chapter 2: Calculus Applications - This chapter has no code.
Chapter 3: Fundamental Theorem of Calculus and Approximation Theory - This chapter has no code.
Chapter 4: Differential Equations and Its Solutions - This chapter has no code.
Chapter 5: Infinity in Calculus - This chapter has no code.
Chapter 6:
Coordinates, Vectors, and Modeling a Curve
Chapter 7:
Partial Derivatives
Chapter 8:
Applications of Partial Derivatives
Chapter 9:
Integral in n-dimensional Space
Chapter 10:
Stokes-Cartan Theorem
Chapter-by-Chapter Python Code (.ipynb):
Chapter 1: Basic Ideas of and Methods of Calculus - This chapter has no code.
Chapter 2: Calculus Applications - This chapter has no code.
Chapter 3: Fundamental Theorem of Calculus and Approximation Theory - This chapter has no code.
Chapter 4: Differential Equations and Its Solutions - This chapter has no code.
Chapter 5: Infinity in Calculus - This chapter has no code.
Chapter 6:
Coordinates, Vectors, and Modeling a Curve
Chapter 7:
Partial Derivatives
Chapter 8:
Applications of Partial Derivatives
Chapter 9:
Integral in n-dimensional Space
Chapter 10:
Stokes-Cartan Theorem
Citation: Shen, S.S.P., 2024:
Introduction to Modern Mathematical
Modeling with R: A User's Manual to Train Mathematical
Consultants, Cambridge University Press, Cambridge, United Kingdom, 391pp.
