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Froggy Jumps
Froggy Jumps

Guard Cell Crisis

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Guard Cell Crisis

Froggy Jumps

Played 6

About this activity

elp our friendly frog navigate the pond by mastering the mechanism of stomatal opening and closing! In this interactive game based on Chapter 2 (Leaf Structure and Function) of the Form 5 Biology KSSM syllabus, you will be tested on:

-The role of potassium ions (K+) and glucose accumulation.
-Osmosis and changes in water potential.
-The structural features of guard cells (thin outer walls vs. thick inner walls).
-How turgidity controls the opening and closing of stomata during the day and night.

Created by

Malaysia

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Guard Cell Crisis
 

Froggy Jumps

Guard Cell CrisisOnline version

elp our friendly frog navigate the pond by mastering the mechanism of stomatal opening and closing! In this interactive game based on Chapter 2 (Leaf Structure and Function) of the Form 5 Biology KSSM syllabus, you will be tested on: -The role of potassium ions (K+) and glucose accumulation. -Osmosis and changes in water potential. -The structural features of guard cells (thin outer walls vs. thick inner walls). -How turgidity controls the opening and closing of stomata during the day and night.

by Kal Visionary
1
QR

During the day (in the presence of light), guard cells carry out photosynthesis to produce what?

2
QR

What type of transport is used by potassium ions K+ to enter the guard cells during the day?

3
QR

When the concentration of potassium ions increases inside the guard cells, the water potential of the guard cells becomes...

4
QR

Water from the epidermal cells diffuses into the guard cells via osmosis. This causes the guard cells to become...

5
QR

Why do guard cells curve outwards when they are turgid to open the stomatal pore?

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