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COMPUTER PACKAGE NOTES
| Institution | TETIARY |
| Course | COMPUTER PACKAGE |
| Year | 1st Year |
| Semester | Unknown |
| Posted By | Mwalimu Evans Okoyo. |
| File Type | doc |
| Pages | |
| File Size | 5.03 MB |
| Views | 7115 |
| Downloads | 16 |
| Price: |
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Description
A Computer is an electronic device that accepts data as input, and transforms it under the influence of a set of special instructions called Programs, to produce the desired output (referred to as Information).
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SPH 302 LESSON 6: Helmholtz and Gibbs free energy
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Gibbs free energy, also known as the Gibbs function, Gibbs energy, or free enthalpy, is a quantity that is used to measure the
maximum amount of work done in a thermodynamic system when the temperature and pressure are kept constant. Gibbs free
energy is denoted by the symbol ‘G’. Its value is usually expressed in Joules or Kilojoules.
8 Pages
2950 Views
1 Downloads
254.21 KB
SPH 302 LESSON 7: Thermodynamic potentials
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Thermodynamic potentials are state functions that, together with the corresponding equations of state, describe the equilibrium
behavior of a system as a function of so-called “natural variables”. The natural variables are a set of appropriate variables that
allow to compute other state functions by partial differentiation of the thermodynamic potentials.
8 Pages
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SPH 302 LESSON 8: Equillibrium between phases
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The generic phase diagram of a substance in the P-T coordinates is shown in figure 8.1a and b. Every point of this diagram is an equilibrium state. Different states of the system in equilibrium are called phases. The lines dividing different phases are called the coexistence curves. Along these curves, the phases coexist in equilibrium, and the system is macroscopically inhomogeneous. All three coexistence curves can meet at the triple point.
9 Pages
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410.04 KB
UCI 301 LESSON 1: INTRODUCTION TO PROJECT MANAGEMENT
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Projects are a group of activities that have to be performed with limited resources to yield specific objectives, in a specific time, and in a specific locality. Thus, a project is a
temporary endeavor employed to create a unique product, service or results. Projects are an investment on which resources are used to create assets that will produce benefits over an expanded period of time.
2 Pages
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351.74 KB
UCI 301 LESSON 2: PROJECT LIFECYCLE
Good project management deals with three factors: time, cost and performance. Projects are successful if they are completed on time, within budget, and to performance requirements. In order to bring the many components of a large project into control there is a large toolkit of techniques, methodologies, and tools.
8 Pages
1652 Views
1 Downloads
681.69 KB
UCI 301 LESSON 3: PROJECT PLANING
Project planning defines the project activities and deliverables that will be performed and describes how the activities will be accomplished. The purpose of project planning is to define each major task, estimate the time and resources required and provided a framework management review and control.
10 Pages
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548.08 KB
UCI 301 LESSON 4: FEASIBILITY STUDY
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A feasibility study is essentially a process for determining the viability of a proposed initiative or service and providing a framework and direction for its development and delivery. It is a process for making sound decisions and setting direction.
8 Pages
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525.4 KB
UCI 301 LESSON 6: SOFTWARE COST ESTIMATION
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Estimates are made to discover the cost, to the developer, of producing a software system. You take into account, hardware, software, travel, training, overheads and effort costs. There is not a simple relationship between the development cost and the price charged to the customer.
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UCI 301 LESSON 7: SOFTWARE CONFIGURATION MANAGEMENT
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Software configuration management is an umbrella activity that is applied throughout the software process. Because change can occur at any time, SCM activities are developed to;
1. Identify change
2. Control change
3. Ensure that change is being properly implemented
4. Report change to others who may have an interest
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UCI 301 LESSON 8: RISK MANAGEMENT
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Risk management is the systematic process of planning for, identifying, analyzing, responding to, and monitoring project risks. It involves processes, tools, and techniques that will help the project manager maximize the probability and results of positive events and minimize the probability and consequences of adverse events as indicated and appropriate within the context of risk to the overall project objectives of cost, time, scope and quality.
12 Pages
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2 Downloads
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