Balance The Equation

These practice activities use football statistics for a "fictional" football player, additional football facts, and brief internet searches to complete various types of calculations. These problem types include... Determining totals of "fictional" statistics,Basic averages,Algebraic computations, Multiple step dimensional analysis calculations based on time and speed & distance measurements, Area & volume problems, and making predictions based on a limited data set taken from players "trading c

These practice activities use Baseball statistics and metrics used by professional teams, additional baseball facts, videos & viewing guide questions, brief internet searches, and written descriptions for the application of concepts and calculations. These problem types include... Determining totals of real life statistics,Basic averages and percentages,Metrics that help players and teams make real time adjustments during the season,Algebraic computations, Multiple step dimensional analysis

These practice activities use Baseball statistics and metrics used by professional teams, additional baseball facts, videos & viewing guide questions, brief internet searches, and written descriptions for the application of concepts and calculations. These problem types include... Determining totals of real life statistics,Basic averages and percentages,Metrics that help players and teams make real time adjustments during the season,Algebraic computations, Multiple step dimensional analysis

These practice problems focus on overall atomic structure, quantum mechanical models, and electron configuration. Students will complete multiple step dimensional analysis calculations, and write complete and abbreviated electron structures that indicate where the electrons are located in principle energy levels (and sub-levels). These multi-part problems give students an opportunity to calculate and complete science and math conversions with respect to the wavelength and frequency, as well a

The provided viewing guide and practice activities allow students to investigate and consider how engineering and technology impact the athletes participating in the multiple Paralympic events (summer and winter.) The assignment also includes multiple dimensional analysis calculations based on those ideas as well as distance, speed/rate conversions, and comparing and contrasting the various athletic events and disability classifications used in with the athletes competing in the Paralympics. S

The provided viewing guide and practice activities allow students to investigate and consider how the fluid dynamics and swimming are connected. The assignment also includes multiple dimensional analysis calculations based on those ideas as well as distance, volume, speed/rate conversions, and comparing and contrasting how "thrust" and "drag" are compensated for by a swimmer during the race. Students will conduct brief internet searches to find necessary information that is integrated into

The provided viewing guide and practice activities allow students to investigate and consider how the biomechanics and physics of sprinting are connected. The assignment also includes multiple dimensional analysis calculations based on those ideas as well as distance, speed/rate conversions, and comparing and contrasting how muscle groups interact during a sprinter's race. Students will conduct brief internet searches to find necessary information that is integrated into multiple sections

These practice activities use football statistics for a "fictional" football player, additional football facts, and brief internet searches to complete various types of calculations. These problem types include... Determining totals of "fictional" statistics,Basic averages,Algebraic computations, Multiple step dimensional analysis calculations based on time and speed & distance measurements, Volume problems & Conversions, and making predictions based on a limited data set taken from players "tr

This high school Chemistry "Quick Quiz" can be used to check student's understanding of atomic structure, electron configurations, and quantum mechanics. These multi-part problems give students an opportunity to calculate and complete science and math conversions with respect to the wavelength and frequency, as well as considering multiple types of electromagnetic energy. The dimensional analysis problems will require the use the exponential values for the Speed of Light and Planck's Constant