Calculus II
Integration techniques, sequences, and series.
CHRISTOPHER HORNESTUDENT METEOROLOGIST02 / COURSEWORK
Selected coursework in atmospheric science, mathematics, computing, and Earth systems.
Integration techniques, sequences, and series.
Clouds, precipitation, atmospheric electricity, and radiation.
Analysis of fronts, cyclones, and evolving weather systems.
Probability models, statistical inference, and linear models.
Computational methods applied to atmospheric data.
Processes and interactions that shape the climate system.
Atmospheric stability, buoyancy, and energy processes.
Using remotely sensed observations to study Earth.
Connections between climate and the water cycle.
Working with geographic data and spatial analysis.
Physical principles of weather and climate.
Environmental change across interconnected Earth systems.
Mechanics and the physical foundations of motion.
Weather fundamentals, observations, and introductory analysis.
Chemical principles supported by laboratory practice.
Limits, derivatives, and introductory integration.
Communicating weather through a broadcast format.
Weather processes at local and regional scales.
Physical laws governing atmospheric motion.
Multivariable calculus and vector methods.
Selected academic record, rather than a complete transcript. Descriptions are brief topic summaries informed by UNC Charlotte’s meteorology program, advising materials, and mathematics course outlines.