1. Lecturer : Muchdie, PhD in Economics  PhD in Economics, 1998, Dept. of Economics, The University of Queensland, Australia.  Post Graduate Diploma in Regional Dev.,1994, Dept. of Economics, The Univ. of Queensland, Australia.  MS in Rural & Regional Development Planning, 1986, Graduate School, Bogor Agricultural University, Bogor Chapter 2 Optimization Techniques and New Management Tools

2. Equations: TR = 100Q - 10Q 2 Tables: Graphs:

3. AC = TC/Q MC =  TC/  Q

7. The derivative of Y with respect to X is equal to the limit of the ratio  Y/  X as  X approaches zero.

8. Constant Function Rule: The derivative of a constant, Y = f(X) = a, is zero for all values of a (the constant).

9. Power Function Rule: The derivative of a power function, where a and b are constants, is defined as follows.

10. Sum-and-Differences Rule: The derivative of the sum or difference of two functions U and V, is defined as follows.

11. Product Rule: The derivative of the product of two functions U and V, is defined as follows.

12. Quotient Rule: The derivative of the ratio of two functions U and V, is defined as follows.

13. Chain Rule: The derivative of a function that is a function of X is defined as follows.

14. Find X such that dY/dX = 0 Second derivative rules: If d 2 Y/dX 2 > 0, then X is a minimum. If d 2 Y/dX 2 < 0, then X is a maximum.

15.  Benchmarking  Total Quality Management  Reengineering  The Learning Organization

16.  Broadbanding  Direct Business Model  Networking  Pricing Power  Small-World Model  Virtual Integration  Virtual Management