Physics - Study and teaching.

Upgrading physics education to meet the needs of society by: (Electronic resources)

Cognitive and metacognitive problem-solving strategies in post-16 physics = a case study using action research / by: (Electronic resources)

Student misconceptions and errors in physics and mathematics = exploring data from TIMSS and TIMSS advanced / by: (Electronic resources)

Classical physics = a two-semester coursebook / by: (Electronic resources)

Physics education and gender = identity as an analytic lens for research / by: (Electronic resources)

Comparison of mathematics and physics education. = theoretical foundations for interdisciplinary collaboration /. I by: (Electronic resources)

Physics education by: (Electronic resources)

Scientific knowledge as a culture = the pleasure of understanding / by: (Electronic resources)

The science of learning physics : = cognitive strategies for improving instruction / by: (Language materials, printed)

Comparison of mathematics and physics education.. II,. Examples of interdisciplinary teaching at school by: (Electronic resources)

Physics education today = innovative methodologies, tools and evaluation / by: (Electronic resources)

Teaching and learning physics effectively in challenging times by: (Electronic resources)

Smartphones as mobile minilabs in physics = edited volume featuring more than 70 examples from 10 years The Physics Teacher-column iPhysicsLabs / by: (Electronic resources)

New challenges and opportunities in physics education by: (Electronic resources)

Thinking in physics = the pleasure of reasoning and understanding / by: (Electronic resources)

Mathematics in physics education by: (Electronic resources)

Research and innovation in physics education = two sides of the same coin / by: (Electronic resources)

Physical science activities for elementary and middle school : = CESI sourcebook V / by: (Language materials, printed)