Application Level of Internal Audit Systems applied at Government Hospitals in North of Jordan

<span lang="EN-US">This research aims to find out “Application level of internal audit systems applied at private hospitals at north of Jordan”. The study population comprised of all employees who are working at government hospitals at North of Jordan. a questionnaire was distributed to (291) employees in Government hospitals as research sample, but excluded (10) questionnaires for non-suitability to statistical analysis, the analyze data using statistical system (SPSS), one and most prominent results of the study as indicated the importance of Proper auditing shall be made out to convince employees that performance set fair standards as they shall be conviction that Auditing is a tool to measure their progress while performing their duties and recommended The need for those hospitals to acquisition most advanced programs of information technologies system in order to improve auditing processing system effectively and efficiently.</span>

Landmark in the Air

This paper reviews contributions of John Montgomery toward controlled glider flight. It was recognized that a glider descending in still air is converting potential energy into motive power equal to the product of its weight and rate of sink. John Montgomery concluded that more basic research was needed. During the next few years, he designed an ingenious test apparatus in which water with suspended particles would flow around surfaces that represented various wing shapes. He also took photographs of the flow patterns. He was able to combine measurements, observations, and analysis. Montgomery had devised a technique to control pitch with a linkage to a pivoting tail section. The California Institute of Technology and other universities established advanced programs to support the increasingly challenging needs of the aircraft industry.

The Antares AMS Centre: A Status Report

The ANTARES accelerator mass spectrometry facility at Lucas Heights Research Laboratory is operational and AMS measurements of 14C, 26Al and 36Cl are being carried out routinely. Measurement of 129I recently commenced and capabilities for other long-lived radioisotopes such as 10Be are being established. The overall aim of the facility is to develop advanced programs in Quaternary science, global climate change, biomedicine and nuclear safeguards.