https://padlet.com/garyhanley93/cf91qycl0g1gx8cu Made with a curious mind en-us 2020-06-30 09:01:31 UTC 2025-11-23 11:00:04 UTC hello@padlet.com https://padlet.net/icons/png/1f92a.png garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800640 Group 1:
Group 2:
Group 3:
Group 4:
Group 5:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800640 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800641 1. Organelles:
2. Cell types:
3. Prokaryotic traits:
4. Diffusion:
5. Specialized cells:
6. Cellular respiration:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800641 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800642 1. Organ system:
2. Organ:
3. Nutrient:
4. Blood:
5. Circulatory system:

]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800642 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800644 1. Element history/models:
2. Element:
3. Atom property:
4. Mixture:
5. Reaction:
6. Periodic table:
7. Group properties:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800644 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800645 1. Solutions:
2. Suspension:
3. Colloids:
4. Solubility:
5. Separation technique:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800645 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800646 1. Density:
2. Diving:
3. Particles:
4. Floating:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800646 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800649 Split students into small groups. For each category, allow students short time (30seconds-1minute) to brainstorm any word that is relevant to categories, students can contribute to their groups by adding comments to each category per round. Make sure to type the # as you make your comment so we know which number your word will fall under. 
Once the time is up, allocate points for unique answers, i.e. if two teams write down the same word for a category then neither get any points. 
Repeat with the same category however many rounds the teacher wants. Then, move on to the next category and repeat.]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800649 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800650 Example: Topic: Earth and Space
 Rocks: Metamorphic
 Landforms: Mountain
 Weather: Mist
 Solar System: Mars]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800650 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800651 1. Organelles:
2. Cell types:
3. Prokaryotic traits:
4. Diffusion:
5. Specialized cells:
6. Cellular respiration:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800651 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800652 1. Organ system:
2. Organ:
3. Nutrient:
4. Blood:
5. Circulatory system:

]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800652 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800653 1. Element history/models:
2. Element:
3. Atom property:
4. Mixture:
5. Reaction:
6. Periodic table:
7. Group properties:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800653 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800654 1. Solutions:
2. Suspension:
3. Colloids:
4. Solubility:
5. Separation technique:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800654 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800655 1. Density:
2. Diving:
3. Particles:
4. Floating:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800655 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800657 1. Organelles:
2. Cell types:
3. Prokaryotic traits:
4. Diffusion:
5. Specialized cells:
6. Cellular respiration:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800657 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800659 1. Organ system:
2. Organ:
3. Nutrient:
4. Blood:
5. Circulatory system:

]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800659 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800660 1. Element history/models:
2. Element:
3. Atom property:
4. Mixture:
5. Reaction:
6. Periodic table:
7. Group properties:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800660 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800661 1. Solutions:
2. Suspension:
3. Colloids:
4. Solubility:
5. Separation technique:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800661 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800662 1. Density:
2. Diving:
3. Particles:
4. Floating:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800662 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800663 1. Organelles:
2. Cell types:
3. Prokaryotic traits:
4. Diffusion:
5. Specialized cells:
6. Cellular respiration:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800663 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800664 1. Organ system:
2. Organ:
3. Nutrient:
4. Blood:
5. Circulatory system:

]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800664 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800665 1. Element history/models:
2. Element:
3. Atom property:
4. Mixture:
5. Reaction:
6. Periodic table:
7. Group properties:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800665 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800666 1. Solutions:
2. Suspension:
3. Colloids:
4. Solubility:
5. Separation technique:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800666 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800667 1. Density:
2. Diving:
3. Particles:
4. Floating:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800667 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800668 1. Organelles:
2. Cell types:
3. Prokaryotic traits:
4. Diffusion:
5. Specialized cells:
6. Cellular respiration:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800668 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800669 1. Organ system:
2. Organ:
3. Nutrient:
4. Blood:
5. Circulatory system:

]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800669 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800670 1. Element history/models:
2. Element:
3. Atom property:
4. Mixture:
5. Reaction:
6. Periodic table:
7. Group properties:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800670 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800672 1. Solutions:
2. Suspension:
3. Colloids:
4. Solubility:
5. Separation technique:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800672 garyhanley93 https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800673 1. Density:
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4. Floating:]]> 2020-06-30 09:01:31 UTC https://padlet.com/garyhanley93/cf91qycl0g1gx8cu/wish/643800673