💡 Key Takeaways

  • Access 57 essential differentiation formulas and derivative rules.
  • Explore calculus concepts with categorized functions and their derivatives.
  • Download ready-to-use data for academic study or professional reference.
  • Leverage detailed conditions and notes for each differentiation rule.

📋 ข้อมูลทั้งหมด

Showing 20 of 57

⚠️ Showing first 20 of 57 records. Download the file for complete data.

Category Function f(x) Derivative f'(x) Condition Notes
Basic Rulesc (constant)0-Constant rule
Basic Rulesx1-Identity function
Basic Rulesc·f(x)c·f'(x)c is constantConstant multiple rule
Basic Rulesf(x) + g(x)f'(x) + g'(x)-Sum rule
Basic Rulesf(x) - g(x)f'(x) - g'(x)-Difference rule
Basic Rulesf(x)·g(x)f'(x)g(x) + f(x)g'(x)-Product rule
Basic Rulesf(x)/g(x)[f'(x)g(x) - f(x)g'(x)]/[g(x)]²g(x) ≠ 0Quotient rule
Basic Rulesf(g(x))f'(g(x))·g'(x)-Chain rule
Powerx^nn·x^(n-1)-Power rule
Power1/x-1/x²x ≠ 0Same as x^(-1)
Power1/x^n-n/x^(n+1)x ≠ 0Negative power
Power√x1/(2√x)x > 0Square root
Power∜x (x^(1/n))1/(n·x^((n-1)/n))x > 0nth root
Powerx^xx^x(ln(x) + 1)x > 0Logarithmic differentiation
Exponentiale^xe^x-Natural exponential
Exponentiala^xa^x·ln(a)a > 0, a ≠ 1General exponential
Exponentiale^(f(x))e^(f(x))·f'(x)-Chain rule applied
Exponentiala^(f(x))a^(f(x))·ln(a)·f'(x)a > 0General form with chain rule
Logarithmicln(x)1/xx > 0Natural logarithm
Logarithmiclog_a(x)1/(x·ln(a))x > 0, a > 0General logarithm

🔧 Use Cases

  • Import the CSV file into your Python scripts or SQL database to build custom calculus learning applications or study tools.
  • Use the Excel file to filter formulas by category, analyze conditions, or create study guides with ease.
  • Print the PDF version for quick offline reference during exams, classroom lectures, or personal study sessions.
  • Reference this dataset to quickly verify derivatives for complex functions in engineering, physics, or data science calculations.
Source: Various sources Last updated: 2025-12-28