B2.3 Basic operations of a computer Write a program for data format Programming program or script conversion and/or basic algorithm Algorithms (loops, conditional computation. instructions) (I) Scientific computation environments Application to data exchange, file conversion B2.4 Web and Networks (LANs) Describe the different network network Internet communication protocols used in remote communications Networks integrity data exchange applications. Communication protocols (B) B2.5 Databases File (binary, text, XML) Describe different of geospatial data Relational databases and their representation. Geospatial databases (B) B3: Physics B3.1 Mechanics Kinematics (angular and linear Describe the relationship between linear velocities, accelerations) and rotational motions through Coriolis Effect acceleration and velocity (B) Newton’s law, forces, accelerations, energy B3.2 Gravity Gravity field of the earth Describe the gravity field of the earth in Equipotential surfaces terms of acceleration and potential (B) B3.3 Electromagnetic waves Differentiate between of waves and Pressure their generation and propagation. Ocean waves (B) Wave Propagation Explain how medium parameters affect Electromagnetic spectrum wave behavior. Radiation, emission and absorption Reflection, refraction, diffraction
B2.3 Programming (I) Basic operations of a computer program or script Algorithms (loops, conditional instructions) Scientific computation environments Application to data exchange, file conversion Write a program for data format conversion and/or basic algorithm computation. B2.4 Web and network communications (B) Networks (LANs) Internet Networks integrity Communication protocols Describe the different network communication protocols used in remote data exchange applications. B2.5 Databases (B) File (binary, text, XML) Relational databases Geospatial databases Describe different of geospatial data and their representation. B3: Physics B3.1 Mechanics (B) Kinematics (angular and linear velocities, accelerations) Coriolis Effect Newton’s law, forces, accelerations, energy Describe the relationship between linear and rotational motions through acceleration and velocity B3.2 Gravity (B) Gravity field of the earth Equipotential surfaces Describe the gravity field of the earth in terms of acceleration and potential B3.3 (B) Electromagnetic waves Pressure Ocean waves Wave Propagation Electromagnetic spectrum Radiation, emission and absorption Reflection, refraction, diffraction Differentiate between of waves and their generation and propagation. Explain how medium parameters affect wave behavior.
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