1. Passive transport requires ___________ energy. What if:
Warm Up
Passive transport requires ___________ energy.
What if:

2. Cell Transport 2

3. Hypo: below normal Tonic: solution
TERMS TO KNOW
Hypo: below normal
Tonic: solution 3

4. TERMS TO KNOW
Hyper:
above normal
Tonic: solution

5. Equilibrium: equal/balanced Homeostasis: equal/balanced
TERMS TO KNOW
Iso: equal/balanced
Equilibrium: equal/balanced
Homeostasis: equal/balanced 5

6. Name that Tonic. The cell is in a _____________ solution.
Therefore the cell is going to _____________ (shrink, swell, or stay the same)

7. Name that Tonic. 70% water 30% solutes 90% water 10% solutes
The cell is in a _____________ solution.
Therefore the cell is going to _____________ (shrink, swell, or stay the same)
70% water
30%
solutes
90% water
10%
solutes

8. Name that Tonic. The cell is in a _____________ solution.
Therefore the cell is going to _____________ (shrink, swell, or stay the same)

9. Name that Tonic. The cell is in a _____________ solution.
Therefore the cell is going to _____________ (shrink, swell, or stay the same)

10. Active Transport Ex. Getting into the club
Cell must use energy to move molecules across membrane Usually against a concentration gradient -Pay cash to get into a crowded club
Ex. Getting into the club
OR Swimming against the current 10

11. Active Transport
-Moves from Low to High concentration

12. Active Transport -Moves bigger particles with carrier proteins
-Uses energy
ATP

13. PASSIVE TRANSPORT Ex. Getting out of the club
Cell does not need to use energy to move molecules across membrane Usually with a concentration gradient -Free to exit a crowded club
Ex. Getting out of the club
OR Floating with the current 13

14. Activity 1. Passive vs. Active Grid Activity 2: Passive and Active Venn Diagram Activity 3: Passive and Active Situations (Schoology)

15. Compare and Contrast Cell Transport
Fill in the Venn Diagram Below. Some things to consider as you fill it in…..
-size of molecules energy
-carrier/transport proteins used -concentration gradient – Direction particles move -Types
- What is the purpose of Transport
You should also include at least 3 of your own ideas of how they are alike and different that are not from the list above.
Passive Transport
Active Transport

16. Vocabulary Foldable Outside Cover: Entropy Under Cover: Definition
Example Picture
Outside Cover: Diffusion
Outside Cover: Osmosis
Outside Cover: Hypertonic
Outside Cover: Hypotonic
Outside Cover: Isotonic/Equilibrium/Homeostasis
Outside Cover: Active Transport
Outside Cover: Passive Transport

17. Kahoot Review!!!!!
Phones out!!!!! Candy to top 3 winners!!!!!!!

18. EGG OSMOSIS OBSERVATION LAB (Get Handout, Complete 1, 2, 3, 5 and add this chart to the back)
Initial Appearance
Solution
Hypothesized
End Appearance
Final Appearance
Explain
What happened and why. 1
Salt water 2
freshwater 3
syrup 4
Vinegar

19. Warm Up
-Get out your Egg lab sheet -Come up to the bar to observe the eggs. -Write your observations in your chart then answer the questions on the front