Instead of a teacher standing at a whiteboard explaining the Mole Concept or Electron Configuration while students scramble to take notes, POGIL puts the steering wheel in the students' hands. What Exactly is a Chemistry POGIL?
There is a fear that if you stop lecturing, the students won’t "get" the right information. However, POGIL instructors quickly realize their role is harder, but more rewarding. You are no longer the broadcaster of information; you are a facilitator.
: Exploring electron configurations and periodic trends.
The content is important, but the "P" in POGIL stands for .
Watches how the group is working together and suggests improvements.
At its core, POGIL is a pedagogical strategy that flips the traditional "lecture first, application later" model on its head. Instead of the teacher explaining a concept and then asking students to practice it, POGIL allows students to through guided inquiry.
In a lecture setting, students often memorize the symbolic (formulas) without connecting them to the microscopic reality. POGIL forces them to make those connections.
“Which ion pair has the largest lattice energy? What do you notice about their charges? Their radii?”
Chemistry Pogil Page
Instead of a teacher standing at a whiteboard explaining the Mole Concept or Electron Configuration while students scramble to take notes, POGIL puts the steering wheel in the students' hands. What Exactly is a Chemistry POGIL?
There is a fear that if you stop lecturing, the students won’t "get" the right information. However, POGIL instructors quickly realize their role is harder, but more rewarding. You are no longer the broadcaster of information; you are a facilitator.
: Exploring electron configurations and periodic trends. chemistry pogil
The content is important, but the "P" in POGIL stands for .
Watches how the group is working together and suggests improvements. Instead of a teacher standing at a whiteboard
At its core, POGIL is a pedagogical strategy that flips the traditional "lecture first, application later" model on its head. Instead of the teacher explaining a concept and then asking students to practice it, POGIL allows students to through guided inquiry.
In a lecture setting, students often memorize the symbolic (formulas) without connecting them to the microscopic reality. POGIL forces them to make those connections. However, POGIL instructors quickly realize their role is
“Which ion pair has the largest lattice energy? What do you notice about their charges? Their radii?”