osmosis & diffusion origami organelle
osmosis & diffusion origami organelle
osmosis & diffusion origami organelle
  • Load image into Gallery viewer, osmosis & diffusion origami organelle
  • Load image into Gallery viewer, osmosis & diffusion origami organelle
  • Load image into Gallery viewer, osmosis & diffusion origami organelle

Osmosis & Diffusion

Regular price
£5.25
Sale price
£5.25
Regular price
Sold out
Unit price
per 
Tax included.

A colourful way to teach these fundamental topics!

Our easy to make model gives your students a new way to visualise what happens during diffusion and osmosis.

Buy once, print forever!

"I have to tell you that I have never taught osmosis and diffusion so successfully as I did with your model. By playing with their models, they all got it in one day. It was amazing!"

Donna Matthews, Alaska

They make their model and use it to look at how molecules behave during diffusion and osmosis in a simple way. Then they use it to see how red blood cells and plant cells are affected by differing osmotic conditions. The cells even have cell membranes that can shrink or expand!

Includes colourful classroom Powerpoint presentation!

Takes just 30 minutes!

Dimensions: 17cm x 14cm / 7in x 6in

Download includes: Colour and black-and-white templates, plus a classroom PowerPoint with background science and assembly instructions.

All you need: Paper, scissors and tape.

Important Information about licencing

Origami Organelles are downloadable paper models that you print and make as many times as you like! When you purchase a model, you are licensed for unlimited use on a single school, college or home education site/campus or for personal use.

If you wish to use it in an organisation other than a school or college, such as a university, museum, science centre or commercial organisation please email info@origamiorganelles.com for licence information and pricing.

Unauthorised distribution, copying, downloading, uploading, commercial exploitation or modification by the purchaser or any third party of this document or any part of it is strictly prohibited. Registered Design nos: 4043767, 4043768, 4043769, 4035980, 4035981, 4035982, 4035983, 4038435, 4038437, 4038436, 4038438, 4041830, 4041829.

Description

A colourful way to teach these fundamental topics!

Our easy to make model gives your students a new way to visualise what happens during diffusion and osmosis.

Buy once, print forever!

"I have to tell you that I have never taught osmosis and diffusion so successfully as I did with your model. By playing with their models, they all got it in one day. It was amazing!"

Donna Matthews, Alaska

They make their model and use it to look at how molecules behave during diffusion and osmosis in a simple way. Then they use it to see how red blood cells and plant cells are affected by differing osmotic conditions. The cells even have cell membranes that can shrink or expand!

Includes colourful classroom Powerpoint presentation!

Takes just 30 minutes!

Dimensions: 17cm x 14cm / 7in x 6in

Download includes: Colour and black-and-white templates, plus a classroom PowerPoint with background science and assembly instructions.

All you need: Paper, scissors and tape.

Licencing Information

Important Information about licencing

Origami Organelles are downloadable paper models that you print and make as many times as you like! When you purchase a model, you are licensed for unlimited use on a single school, college or home education site/campus or for personal use.

If you wish to use it in an organisation other than a school or college, such as a university, museum, science centre or commercial organisation please email info@origamiorganelles.com for licence information and pricing.

Unauthorised distribution, copying, downloading, uploading, commercial exploitation or modification by the purchaser or any third party of this document or any part of it is strictly prohibited. Registered Design nos: 4043767, 4043768, 4043769, 4035980, 4035981, 4035982, 4035983, 4038435, 4038437, 4038436, 4038438, 4041830, 4041829.