1. 
J. Sándor, On Lehman's Inequality and Electrical Networks

2. 
S.S. Dragomir, Upper Bounds for the Distance to FiniteDimensional
Subspaces in Inner Product Spaces

3. 
M. Hassani, Counting and Computing by e

4. 
ZhiHua Zhang and YuDong Wu, The Solution of an Open Question

5. 
Chaofeng Shi, Several Inequalities of Frechet Spaces

6. 
A. Witkowski, Comparison Theorem for Generalization of Stolarsky Means

7. 
A.M. Bica, Survey on the Numerical Methods for ODE's Using the Sequence
of Successive Approximations

8. 
Peng Gao, On Some Inequalities of Symmetric Means and Mixed Means

9. 
N.S. Barnett and S.S. Dragomir, Some Landau Type Inequalities for
Functions whose Derivatives are of Locally Bounded Variation

10. 
M. Hassani, 3Dimensional LSumming Method

11. 
Yudong Wu, The Best Constant for a Geometric Inequality

12. 
XiaoGuang Chu and ZhiHua Zhang, A Klamkin Type Inequality on the
Triangle

13. 
ChaoPing Chen and Feng Qi, On Integral Version of Alzer's Inequality and
Martins' Inequality

14. 
M. Hassani and N.R. Majid, Primes in the Quadratic Intervals

15. 
J. Sándor, On the Euler minimum and maximum functions

16. 
N.S. Barnett and S.S. Dragomir, Integral inequalities on infinite
intervals

17. 
V. Lokesha, ZhiHua Zhang and Yudong Wu, Two weighted product type means
and its monotonicities

18. 
ChaoPing Chen and Feng Qi, Logarithmically completely monotonic ratios
of mean values and an application

19. 
M. Hassani, Identities by LSumming Method and Maple

20. 
J. Sándor, The sumofdivisors minimum and maximum functions

21. 
S.S. Dragomir and A. Sofo, An inequality for monotonic functions generalizing
Ostrowski and the related results
