HEE 2223: MANAGING ENTERPRISE GROWTH

Institution JOMO KENYATTA UNIVERSITY OF SCIENCE AND TECHNOLOGY
Course BACHELOR OF ENTERPRE...
Year 1st Year
Semester Unknown
Posted By stephen oyake rabilo
File Type pdf
Pages 12 Pages
File Size 187.12 KB
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An entrepreneur is an individual who identifies business opportunities, takes calculated risks, and organizes resources to turn innovative ideas into successful ventures. Entrepreneurs are characterized by their ability to innovate, adapt to change, and assume responsibility for the outcomes of their ventures. Business Person Definition: A business person is a professional involved in various aspects of business activities, which may include planning, organizing, directing, and controlling resources to achieve organizational goals. Unlike entrepreneurs, business persons may focus on established enterprises and managerial roles. 1.2 Differentiating Between Entrepreneurial Ventures and Business Ventures Entrepreneurial Ventures: These are ventures initiated by entrepreneurs, emphasizing innovation, risk taking, and the pursuit of new opportunities. Entrepreneurial ventures often involve creating something new, disrupting existing markets, and pushing the boundaries of traditional business. Business Ventures: Business ventures refer to a broader category that includes both entrepreneurial and more established business activities. While entrepreneurial ventures are a subset of business ventures, the latter encompasses a wider range of business activities, including those driven by stability and continuity.
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SPH 302 LESSON 5: Heat engines and the Carnot cycle Trending!
A heat engine, or more simply, an engine, is a device that extracts energy from its environment in the form of heat and does useful work. At the heart of every engine is a working substance. In a steam engine, the working substance is water, in both its vapor and its liquid form. In an automobile engine, the working substance is a gasoline–air mixture. If an engine is to do work on a sustained basis, the working substance must operate in a cycle; that is, the working substance must pass through a closed series of thermodynamic processes, called strokes, returning again and again to each state in its cycle.
12 Pages 2841 Views 0 Downloads 464.06 KB
SPH 302 LESSON 6: Helmholtz and Gibbs free energy Trending!
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 3162 Views 1 Downloads 254.21 KB
SPH 302 LESSON 7: Thermodynamic potentials Trending!
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 3816 Views 0 Downloads 353.61 KB
SPH 302 LESSON 8: Equillibrium between phases Trending!
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 3492 Views 0 Downloads 410.04 KB
UCI 301 LESSON 1: INTRODUCTION TO PROJECT MANAGEMENT Trending!
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 3312 Views 0 Downloads 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 1901 Views 1 Downloads 681.69 KB
UCI 301 LESSON 3: PROJECT PLANING Trending!
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 2027 Views 0 Downloads 548.08 KB
UCI 301 LESSON 4: FEASIBILITY STUDY Trending!
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 2130 Views 0 Downloads 525.4 KB
UCI 301 LESSON 6: SOFTWARE COST ESTIMATION Trending!
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.
12 Pages 2757 Views 0 Downloads 517.6 KB
UCI 301 LESSON 7: SOFTWARE CONFIGURATION MANAGEMENT Trending!
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
6 Pages 2871 Views 0 Downloads 640.34 KB