SQL is a language used to manage data in relational database management systems (RDBMS). This tutorial provides an introduction to SQL and relational database concepts. It explains basic SQL commands like SELECT, INSERT, UPDATE, DELETE. It also covers SQL data types, database constraints, normalization techniques and popular RDBMS like MySQL, Oracle, SQL Server and MS Access. The goal is to give beginners a quick start in learning SQL.
The Computing at School (CAS) group aims to promote computing education in UK schools. It is supported by various partners including BCS, Microsoft, and Google. The document discusses the growth of CAS over the past year, including the development of 10 new regional centers to support communities of computing teachers. It also highlights various resources available to teachers, such as a magazine called SWITCHEDON that shares ideas and best practices, and a BCS teaching certificate program to help teachers gain accreditation in computing education.
SQL is a language used to manage data in relational database management systems (RDBMS). This tutorial provides an introduction to SQL and relational database concepts. It explains basic SQL commands like SELECT, INSERT, UPDATE, DELETE. It also covers SQL data types, database constraints, normalization techniques and popular RDBMS like MySQL, Oracle, SQL Server and MS Access. The goal is to give beginners a quick start in learning SQL.
The Computing at School (CAS) group aims to promote computing education in UK schools. It is supported by various partners including BCS, Microsoft, and Google. The document discusses the growth of CAS over the past year, including the development of 10 new regional centers to support communities of computing teachers. It also highlights various resources available to teachers, such as a magazine called SWITCHEDON that shares ideas and best practices, and a BCS teaching certificate program to help teachers gain accreditation in computing education.
This document provides an overview of applied fluid dynamics related to pumps. It discusses various pump types including positive displacement and kinetic pumps. Positive displacement pumps are further divided into rotary and reciprocal types. Rotary positive displacement pumps include gear, screw, progressive cavity, lobe and peristaltic pumps. Reciprocal positive displacement pumps include piston and diaphragm pumps. Kinetic pumps discussed are centrifugal and axial flow pumps. The document also covers pump performance parameters such as head, efficiency and NPSH. Cavitation is explained as a phenomenon caused by vapor bubbles forming due to a drop in pressure below the vapor pressure. Methods to calculate NPSHA and determine if cavitation will occur are presented along with an example problem.
This document discusses ice breakers, which are activities used at the beginning of meetings or trainings to help participants get to know each other and feel more comfortable. It lists the main reasons for using ice breakers as warming up participants, getting them involved, and helping reduce tension. The document also provides tips for effective ice breakers such as relating them to the topic, clearly instructing participants, keeping things simple and fun, and nurturing thinking. A caution is given that using too many ice breakers can be as ineffective as using no ice breakers at all.
This document provides an overview of a course on applied fluid mechanics for incompressible flow. The course is divided into two parts, with part 1 focusing on incompressible flow (60%) and part 2 on compressible flow (40%). Part 1 covers topics like the mechanic energy equation, piping systems, pumps, and applications. It is designed for engineering students and professionals working with moving fluids of constant density. The document outlines the structure, content, textbooks, and importance of understanding incompressible flow for engineering design and operations.
Students were solving the problem- how to help pregnant women to get into boots. It was a part of coursework at "New Product Design and development course" at Innovation& Entrepreneurship MBA studies
Group presentation in New Product development course. Product - saves time and helps to get rid of the ice on car windows quickly and without any physical effort
This document provides an overview of applied fluid dynamics related to pumps. It discusses various pump types including positive displacement and kinetic pumps. Positive displacement pumps are further divided into rotary and reciprocal types. Rotary positive displacement pumps include gear, screw, progressive cavity, lobe and peristaltic pumps. Reciprocal positive displacement pumps include piston and diaphragm pumps. Kinetic pumps discussed are centrifugal and axial flow pumps. The document also covers pump performance parameters such as head, efficiency and NPSH. Cavitation is explained as a phenomenon caused by vapor bubbles forming due to a drop in pressure below the vapor pressure. Methods to calculate NPSHA and determine if cavitation will occur are presented along with an example problem.
This document discusses ice breakers, which are activities used at the beginning of meetings or trainings to help participants get to know each other and feel more comfortable. It lists the main reasons for using ice breakers as warming up participants, getting them involved, and helping reduce tension. The document also provides tips for effective ice breakers such as relating them to the topic, clearly instructing participants, keeping things simple and fun, and nurturing thinking. A caution is given that using too many ice breakers can be as ineffective as using no ice breakers at all.
This document provides an overview of a course on applied fluid mechanics for incompressible flow. The course is divided into two parts, with part 1 focusing on incompressible flow (60%) and part 2 on compressible flow (40%). Part 1 covers topics like the mechanic energy equation, piping systems, pumps, and applications. It is designed for engineering students and professionals working with moving fluids of constant density. The document outlines the structure, content, textbooks, and importance of understanding incompressible flow for engineering design and operations.
Students were solving the problem- how to help pregnant women to get into boots. It was a part of coursework at "New Product Design and development course" at Innovation& Entrepreneurship MBA studies
Group presentation in New Product development course. Product - saves time and helps to get rid of the ice on car windows quickly and without any physical effort