<img height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=1392659690788492&amp;ev=PageView&amp;noscript=1">
Skip to content
Watch a Demo
CERCA SLIDES

Batteries

They power our laptops and phones; they provide energy for everyday objects ranging from electric toothbrushes to smoke alarms. But, just how do they function? And how are materials scientists and engineers working to design better, longer-lasting batteries that carry less of an environmental impact? 

CERCA Slides by Grade

Grade 3 (13)

Grade 3: Battery Facts

How do batteries work? (CCSS.RI.3.1-3.8,CCSS.W.3.2)

Grade 4 (13)

Grade 4: Big Ideas for Smaller Batteries

How does the author use a problem and solution structure to explain Khare’s new battery? (CCSS.RI.4.1-4.6,CCSS.W.4.2-4.3)

Grade 5 (12)

Grade 5: Let There Be Light!

How does the infographic help illustrate the description of energy transfer from the article? (CCSS.RI.5.1-5.6, CCSS.W.5.2,5.4)

Grade 6-8 (4)

Grade 6-8: Building A Better Battery

The article presents several problems with batteries and solutions to those problems. Which one is the easiest to follow, and why? (CCSS.RST.6-8.8, CCSS.WHST.6-8.9)

Grade 9-10 (5)

Grade 9-10: What Would It Take To Double A Cell Phone's Battery Life?

How does the author of this article organize science concepts to explain what scientists must do to build better batteries? (CCSS.RST.9-10.8, CCSS.WHST.9-10.9)

Grade 11-12 (3)

Grade 11-12: Not Enough for Goodenough

Is the extensive background given about Goodenough's life important to the reader's understanding of the scientific concepts presented in the article? Why or why not? (CCSS.RST.11-12.9; CCSS.WHST.11-12.9)

Ready to spark courageous thinking?

Schedule a Demo