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Conservation of Energy Culminating PBL

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Attributes
Grades

Grade 9, 10, 11, 12

Types

Projects

Editable
No
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About This Product

Conservation of Energy Culminating PBL: An Enriching Resource for Physics Students

Conservation of Energy Culminating PBL is an immersive resource that drives high school physics students to explore the crucial concept of Conservation of Energy in depth. As a problem-based learning resource, it encourages students to analyse real-world problems, thus sharpening their critical thinking skills and enabling them to apply learned theories in practical situations.

Perfect for both traditional classrooms and homeschooling settings, this educational tool can be incorporated into group assignments or individual tasks.

A Curriculum-Aligned Activity Supporting Hands-On Engagement

This activity follows NGSS, Common Core, and STEM specifications for effective instruction. It guides students towards understanding energy from different angles through computational modeling and designing prototypes under defined constraints.

  • The main objective involves applying key principles such as the work-energy theorem and conservation of energy for problem-solving.
  • The exercise allows students an opportunity to test their engineering skills by creating prototypes that mimic real-world processes while maintaining safety norms.

An Effective Educational Tool with Positive Feedback from Users

User feedback praises the product’s adherence to educational standards along with its ability to inspire student motivation towards exploring energy-related topics. Additionally, the editable feature allows educators to tailor it according to specific needs or preferences.

In conclusion:
The resource assists students in understanding how physicists resolve real-life challenges using concepts such as Newton's Laws (especially Newton’s Second Law), friction plus subtopics related types of Energy etc.
An outstanding feature is its comprehensive curriculum coverage - from basic aspects like modelling energy on macroscopic scales where motions and relative positions account energies amidst particles till exciting areas like energy conversion adhering to guidelines and cost limitations. The tool comes supplied with evaluation tools and tips for smooth engagement.
Other available sub-topics include aspects of Physics (for instance, Scientific Method,Banked Curves) and Chemistry(such as Polymers). For queries or support, reach out at devon@teachwithfergy.com.

What's Included

3 Word documents

Resource Tags

conservation of energy problem-based learning physics curriculum computational modeling engineering skills

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