Photo credits: Erika Gronek/ASU
Carefully graded levels of difficulty; unlimited fully-worked examples and problems; implements mastery learning
Immediately evaluates every step of a student’s work and provides detailed feedback to minimize wasted time
Color codes nodes & mesh currents to help recognize series & parallel elements, and color codes corresponding equation terms
Led to enhanced learning compared to paper homework or WileyPLUS in multiple randomized, controlled experiments
Generates completely random circuit topologies and element values; unlimited unique problems for every student
Students enter equations with a scaffolded template-based system, sketch waveforms, edit & draw circuit diagrams, and more…
Covers major topics in linear circuit analysis, including DC, AC, transient, Bode plots, and Laplace transforms
Carefully graded levels of difficulty; unlimited fully-worked examples and problems; implements mastery learning
Immediately evaluates every step of a student’s work and provides detailed feedback to minimize wasted time
Color codes nodes & mesh currents to help recognize series & parallel elements, and color codes corresponding equation terms
Led to enhanced learning compared to paper homework or WileyPLUS in multiple randomized, controlled experiments
Generates completely random circuit topologies and element values; unlimited unique problems for every student
Students enter equations with a scaffolded template-based system, sketch waveforms, edit & draw circuit diagrams, and more…
Covers major topics in linear circuit analysis, including DC, AC, transient, Bode plots, and Laplace transforms
Carefully graded levels of difficulty; unlimited fully-worked examples and problems; implements mastery learning
Photo credits: Erika Gronek/ASU