| Impulse and Momentum Notes Momentum is defined as p = mv, where p Momentum is a vector quantity and points in the direction of the velocity. Momentum has units of kg m/s. A large mass moving at a high velocity has a large momentum 8.25 Kb. 1 | read |
| Film Sound: Sound Effects, Dialogue and Musical Score These elements add levels of meaning and provide sensual and emotional stimuli that increase the range, depth, and intensity of our experience far beyond what can be achieved through visual means alone 26.92 Kb. 1 | read |
| Chapter 1 Broadband services The availability of these services depends upon a consumer’s geographic location. This chapter discusses the availability of broadband access technologies, the rollout of new broadband infrastructure 79.35 Kb. 1 | read |
| Sand2003-1899 Unlimited Release Updated April 2008 Trilinos Developers Guide Trilinos as a package. A trilinos package is an integral unit and, although there are exceptions such as utility packages, each package is typically developed by a small team of experts in a particular algorithms area such as algebraic 89.51 Kb. 1 | read |
| Advances in Imaging from the first x-ray Images Journal of Optoelectronics and Advanced Materials Vol. 14, No. 7- 8, July – August 2012, p 128.61 Kb. 1 | read |
| Keyboarding and Computer Basics 82.64 Kb. 1 | read |
| A third Wave in Electronics Industry: the Sensory Revolution and its Consequences Prof. Tamás Roska Abstract We are witnessing a third wave of revolutionary process in electronics industry. After the microprocessor revolution that led to the pc industry in the 80's, and the communication revolution that led to the internet industry of the 90’s 61.67 Kb. 1 | read |
| The model-driven software The user can use the provided gui tool to develop a website model quickly then get a website that is ready to deploy to a web server 93.17 Kb. 1 | read |
| Bbc kermit user guide this guide describes how to use the implementation of kermit for the bbc computer produced by the Computing Department's Communications Group at Lancaster University 262.03 Kb. 4 | read |