Application to data exchange, file conversion B2.4 Web and Networks (LANs) Describe the different network options network services Network and cloud storage used in remote data exchange and storage Internet applications. Networks integrity (B) Communication protocols B2.5 Databases File types (binary, text, XML) Describe different of geospatial data Relational databases and their representation. Geospatial databases (B) Database management systems Construct a database, populate it and and query languages query its content using a database language, such as SQL. B3: Physics B3.1 Kinematics Angular and linear velocities, Explain the principle and the relationship accelerations between position, velocity and Angular velocities addition acceleration for both rotational and linear (B) rules, accelerations due to motion. rotational motion, Coriolis Law B3.2 Gravity The inertial frame Differentiate between inertial and Earth Newton’s law, forces, fixed frames. accelerations, energy (B) Center of gravity, center of Differentiate center of gravity from center instantaneous rotation of instantaneous rotation. Gravitational field Potential fields Develop the mathematical relationship between potential and acceleration in a gravitational field. B3.3 Magnetism Magnetic characteristic of Describe ferromagnetic properties and ferrous bodies resulting magnetic Magnetic field (B)
Application to data exchange, file conversion B2.4 Web and network services (B) Networks (LANs) Network and cloud storage Internet Networks integrity Communication protocols Describe the different network options used in remote data exchange and storage applications. B2.5 Databases (B) File types (binary, text, XML) Relational databases Geospatial databases Database management systems and query languages Describe different of geospatial data and their representation. Construct a database, populate it and query its content using a database language, such as SQL. B3: Physics B3.1 Kinematics (B) Angular and linear velocities, accelerations Angular velocities addition rules, accelerations due to rotational motion, Coriolis Law Explain the principle and the relationship between position, velocity and acceleration for both rotational and linear motion. B3.2 Gravity (B) The inertial frame Newton’s law, forces, accelerations, energy Center of gravity, center of instantaneous rotation Gravitational field Potential fields Differentiate between inertial and Earth fixed frames. Differentiate center of gravity from center of instantaneous rotation. Develop the mathematical relationship between potential and acceleration in a gravitational field. B3.3 Magnetism (B) Magnetic characteristic of ferrous bodies Magnetic field Describe ferromagnetic properties and resulting magnetic
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