Wednesday 11/19 - MM 3.5

Last updated 3 months ago

9 questions

MM 3.5: Models of Emulsifiers

We know that oil and vinegar will mix together and not separate into layers when an emulsifier is added to them. Let’s take a closer look at the way these liquids mix. These images show, step by step, what happens when oil, vinegar, and lecithin mix. The last image is a zoomed-in image of the completely mixed liquids.

Drawing Nanovision Models of Emulsifiers

MM Simulation

Independent Practice

Wednesday 11/19 - MM 3.5

Last updated 3 months ago

9 questions

MM 3.5: Models of Emulsifiers

We know that oil and vinegar will mix together and not separate into layers when an emulsifier is added to them. Let’s take a closer look at the way these liquids mix. These images show, step by step, what happens when oil, vinegar, and lecithin mix. The last image is a zoomed-in image of the completely mixed liquids.

What evidence do you see that shows the liquids are mixing - from the first to the last photo?

In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?

The lecithin gets oil and vinegar molecules to mix because _____________________

Drawing Nanovision Models of Emulsifiers

Drawing Nanovision Models of Emulsifiers

Follow the instructions on the worksheet. Make your model to show what happenes when an emulsifier (lecithin) is added to oil and vinegar on paper.

MM Simulation

Link to the simulation: https://learning.amplify.com/modelingmatter/ 

Steps to get to the Emulsifier Simulation
1) Click on the 3 lines in the upper left corner
2) Choose Emulsifier

Trial 1: Add molecule 5 and molecule 6 in the dish. Are they attracted to one another and mix?

How did the emulsifier’s shape help to mix the molecules?

Independent Practice

Wednesday 11/19 - MM 3.5

Wednesday 11/19 - MM 3.5

What evidence do you see that shows the liquids are mixing - from the first to the last photo?

In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?

The lecithin gets oil and vinegar molecules to mix because _____________________

Trial 1: Add molecule 5 and molecule 6 in the dish. Are they attracted to one another and mix?

How did the emulsifier’s shape help to mix the molecules?

This picture shows what happened when a food scientist mixed two substances together. Are the substances mixing together?

How can you tell? Explain your answer for Question 6

In the sim, it shows Molecule 1 and Molecule 5 are _______________

How can you tell? What do emulsifiers do?

Molecule 1 and Molecule 5 are _. Emulsifiers _

What evidence do you see that shows the liquids are mixing - from the first to the last photo?

In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?

The lecithin gets oil and vinegar molecules to mix because _____________________

Trial 1: Add molecule 5 and molecule 6 in the dish. Are they attracted to one another and mix?

Trial 2: Add molecule 5 and molecule 6 in the dish. Now add the emulsifier molecule. Mix them with the help of an emulsifier. Are they attracted to the emulsifier and mix?

How did the emulsifier’s shape help to mix the molecules?

This picture shows what happened when a food scientist mixed two substances together. Are the substances mixing together?

How can you tell? Explain your answer for Question 6

In the sim, it shows Molecule 1 and Molecule 5 are _______________

This picture shows what happened when a food science mixed two substances together, then added something else. What did the food scientist add?

How can you tell? What do emulsifiers do?

Molecule 1 and Molecule 5 are _. Emulsifiers _

Trial 2: Add molecule 5 and molecule 6 in the dish. Now add the emulsifier molecule. Mix them with the help of an emulsifier. Are they attracted to the emulsifier and mix?

This picture shows what happened when a food science mixed two substances together, then added something else. What did the food scientist add?

Wednesday 11/19 - MM 3.5

Wednesday 11/19 - MM 3.5

What evidence do you see that shows the liquids are mixing - from the first to the last photo?In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?The lecithin gets oil and vinegar molecules to mix because _____________________

Trial 1: Add molecule 5 and molecule 6 in the dish. Are they attracted to one another and mix?

How did the emulsifier’s shape help to mix the molecules?

This picture shows what happened when a food scientist mixed two substances together. Are the substances mixing together?

How can you tell? Explain your answer for Question 6In the sim, it shows Molecule 1 and Molecule 5 are _______________

How can you tell? What do emulsifiers do?Molecule 1 and Molecule 5 are _______________. Emulsifiers _______________

What evidence do you see that shows the liquids are mixing - from the first to the last photo?In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?The lecithin gets oil and vinegar molecules to mix because _____________________

Trial 1: Add molecule 5 and molecule 6 in the dish. Are they attracted to one another and mix?

Trial 2: Add molecule 5 and molecule 6 in the dish. Now add the emulsifier molecule. Mix them with the help of an emulsifier. Are they attracted to the emulsifier and mix?

How did the emulsifier’s shape help to mix the molecules?

This picture shows what happened when a food scientist mixed two substances together. Are the substances mixing together?

How can you tell? Explain your answer for Question 6In the sim, it shows Molecule 1 and Molecule 5 are _______________

This picture shows what happened when a food science mixed two substances together, then added something else. What did the food scientist add?

How can you tell? What do emulsifiers do?Molecule 1 and Molecule 5 are _______________. Emulsifiers _______________

Trial 2: Add molecule 5 and molecule 6 in the dish. Now add the emulsifier molecule. Mix them with the help of an emulsifier. Are they attracted to the emulsifier and mix?

This picture shows what happened when a food science mixed two substances together, then added something else. What did the food scientist add?

What evidence do you see that shows the liquids are mixing - from the first to the last photo?

In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?

The lecithin gets oil and vinegar molecules to mix because _____________________

How can you tell? Explain your answer for Question 6

In the sim, it shows Molecule 1 and Molecule 5 are _______________

How can you tell? What do emulsifiers do?

Molecule 1 and Molecule 5 are _. Emulsifiers _

What evidence do you see that shows the liquids are mixing - from the first to the last photo?

In the photo, it shows ____________________

How do you think the lecithin gets oil molecules and vinegar molecules to mix?

The lecithin gets oil and vinegar molecules to mix because _____________________

How can you tell? Explain your answer for Question 6

In the sim, it shows Molecule 1 and Molecule 5 are _______________

How can you tell? What do emulsifiers do?

Molecule 1 and Molecule 5 are _. Emulsifiers _