A Learning Activity is a strategy a teacher chooses to actively
engage students in learning a concept or skill using a digital tool/resource.
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Phase:
After/Explain/Elaborate
Activity:
The students will:
1.) review the parts of an animal cell using the digital tool provided.
2.) create a plan that will guide them in developing a three-dimensional model of an animal cell using classroom- or student-supplied materials. Students will decide what media or objects they will use to represent the various cell parts and how they will assemble their models.
Example: Students may be provided with styrofoam half-spheres which they can paint or decorate with clay, model magic, fabric paint, glitter, string, etc. to represent the parts of the animal cell.
3.) use their selected materials to implement their plan to create their animal cell models.
4.) create a list of cell parts which will be cut out and attached to the corresponding cell part in order to identify it. Labels can be attached using glue, map pins, toothpicks, etc.
5.) write a list that corresponds to the identified animal cell parts and describe their functions.
Assessment Strategies:
Determine if the students have prior knowledge of animal cell parts and functions by analyzing the created animal cell models and the corresponding list of animal cell part descriptions.
Determine if the students created and followed a guide, or implementation plan, to create their models by analyzing the plan compared to their final models.
Advanced Preparation:
Students will have already learned about the parts of an animal cell and their functions.
Students should be told about the project at least a week in advance so that they are able to begin creating their project plan and gathering the materials they would like to use.
To account for students that may be unable to procure materials to create a cell model, the following are suggested items to have on hand:
Styrofoam half-spheres
Paint (blue, brown, etc.)
Model Magic or clay
Fabric paint
Craft supplies such as glitter, yarn, sequins, etc.
Variation Tips (optional):
Instead of animal cells, let the students create models of plant cells. Or, let the students choose which type of cell they would like to create and have them compare and contrast the two, both in their functions and in their appearance.
Notes or Recommendations (optional):
If not enough time is available for students to create their models in class, give them time (and supplies, if needed) to create them at home and then present their plans and models to the class at a later date.