GTO

Purpose: To determine the effect of 6 week SAQ agility training program on improving the physical fitness and flexibility of college level cricketers. [Material and method]: 30 cricketers participated in this study. Participants of the study was randomly grouped into 30 (n=30). Compare of pre (day 1) and post (day 28). The initial testing took place before the beginning of the pre-season period while the final testing was performed after 4 weeks of intervention with the SAQ training method. The agility training group participated in a 4 week exercise program performing a variety of SAQ agility exercises designed [Result]: The 2-t Confidence level of all tests shows significant change observed i.e. null hypothesis is rejected and alternate hypothesis is accepted, so that we observed significant improvement in fitness & flexibility of the college level male cricketers after 6 weeks SAQ agility training program under strict prescribed technical norms. [Conclusion] Hence we concluded that Overall, based on results of this study and previous research, it can be said that effect of 6 week SAQ agility training program on improving fitness & flexibility among the college level male cricketers is significantly observed so the null hypothesis is rejected and alternate hypothesis is accepted.

Bignonia frutescens Mill. ex DC. ; Bignonia incisa Hort ex DC. ; Bignonia stans L. ; Gelseminum stans (L.) Kuntze ; Stenolobium incisum Rose & Standl. ; Stenolobium quinquejugum Loes. ; Stenolobium stans (L.) Seem. ; Stenolobium stans var. apiifolium (Hort. ex DC.) Seem. ; Stenolobium stans var. multijugum Fr. ; Stenolobium stans var. pinnatum Seem. ; Tecoma incisa Sweet. ; Tecoma stans var. apiifolia Hort. ex DC. ; Tecoma tronadora (Loes.) Johnst.

The main aim of this work is to damp out power system oscillations, which has been recognized as one of the major concerns in power system operation. In a Static Synchronous Series Co mpensator (SSSC), a controllable A C voltage is generated by a voltage-source converter. There are two control channels for controlling the magnitude and phase of the voltage. This work describes the damping of power oscillations by static synchronous series compensator (SSSC) based damping controllers. The advantage of this approach is that it can handle the nonlinearit ies, at the same time it is faster than other conventional controllers and it improve the reactive power of the system. Simu lation studies will be carried out in Matlab/Simu link environ ment to evaluate the effectiveness of the proposed Static synchronous series compensator (SSSC) of mu lti-area power system. Results will show that the proposed SSSC based damping controllers improve the dampin g performance of the in the event of a major d isturbance.