MAT 335

HOMEWORK ASSIGNMENT #11

HAND IN MONDAY, Nov. 19, 2007

1. Section 4.5 #6

2. Section 4.5 #8

3. Section 4.5 #12

4. Section 4.5 #14

5. Section 4.6 #2

6. Section 4.6 #12

7. Section 4.6 #20

8. Section 4.6 #22

9. Section 4.9 #8 Find the steady-state vector by the analytical method (not experimentally)—by finding a probability vector in Nul (M – I). Using MATLAB as an aid is fine.

10. Section 4.9 #16 Find the steady-state probability vector for M by the analytical method. Then interpret its meaning by determining the number of cars at the Downtown location after a long time.