Economics\Theory of the firm\Profit, average and marginal functions
No |
Description |
Difficulty |
Syllabus |
Level |
| 1
| break even Q; 4TFUSP |
Intermediate |
Undergraduate |
Level1 |
Related material |
| 2
| TC=(C+D)Q^2+(E-CA-CB)Q+(CAB+F); P=EQ+F; D=F=0, roots=A gt 0,B lt 0 A+B gt 0, C lt 0, find Q and pi at max pi; 2NI |
Intermediate |
Undergraduate |
Level1 |
Related material |
| 3
| TC=(C+D)Q^2+(E-CA-CB)Q+(CAB+F); P=EQ+F; D=F=0, roots=A gt 0,B lt 0 A+B gt 0, C lt 0, find Q and TC at break even; 2NI |
Intermediate |
Undergraduate |
Level1 |
Related material |
| 4
| marginal quantities QL and QK of Q=L^nK^m at L=C, K=D; 2NI |
Intermediate |
Undergradguate |
level1 |
Related material |
| 5
| marginal utilities Ux and Uy of U=x^ny^m at x=C, y=D; 2NI |
Intermediate |
Undergradguate |
level1 |
Related material |
| 6
| MC=C, FC=D, P = P; PI(A) and N gt BE point; 2NI |
Intermediate |
Undergradguate |
level1 |
Related material |
| 7
| MRCS U=x^ny^m, x=C,y=D, m,n +ve (no formula or definitions); NI |
Easy |
Undergradguate |
level1 |
Related material |
| 8
| MRTS Q=L^nK^m, L=C,K=D, m,n +ve (no formula or definitions); NI |
Easy |
Undergradguate |
level1 |
Related material |
| 9
| TC=BQ^2+CQ+D; AC(A) and MC(A); 2NI |
Intermediate |
Undergradguate |
level1 |
Related material |
| 10
| TC=CQ+D; AC(A) and MC(A); 2NI |
Intermediate |
Undergradguate |
level1 |
Related material |
| 11
| TR=BQ^2+CQ+D; AR(A) and MR(A); 2NI |
Intermediate |
Undergradguate |
level1 |
Related material |