What you'll learn?
Learn to compute derivatives with precision, apply them to motion and rate‑of‑change problems, and use higher‑order forms to interpret velocity, acceleration, and jerk. Analyze functions, solve optimization challenges, and connect math reasoning to real‑world science and economics with clarity and confidence.”
Description
Course Outcomes:
- Compute first and higher-order derivatives using power rule, product rule, quotient rule, and chain rule with 95% accuracy on polynomial, rational, and composite functions
- Solve Optimization problems by finding critical points and classifying them using first and second derivative tests
- Know the geometric interpretation of first derivative (slope) and second derivative (concavity) for curve analysis
- Feel curious about advanced calculus topics including integration, differential equations, and multivariable calculus
- Feel empowered to apply mathematical Optimization to real-world decisions in business and engineering
Course content
Total:
10 lectures
Total Duration:
0 seconds
the instructor
M SANJEEVA REDDY
Future-ready mathematics innovator, blending AI, machine learning, and timeless principles to make math accessible and empowering.