This lesson contains 53 slides, with interactive quizzes and text slides.
Lesson duration is: 50 min
Items in this lesson
TEMPLATE
Unit 1 - Photosynthesis and the Carbon Cycle
More about Photosynthesis
10 November 2025
Slide 1 - Slide
How do you feel today?
😒🙁😐🙂😃
Slide 2 - Poll
TEMPLATE
I will know which part of the plant cell photosynthesis occurs in.
Slide 3 - Slide
What's your favourite food?
Slide 4 - Mind map
TEMPLATE
The simple story of photosynthesis and food
Slide 5 - Slide
Explain why you won't be able to survive
if plants did not have chloroplasts.
Slide 6 - Open question
TEMPLATE
Work in small groups: Observe a sample from a plant under a microscope
chloroplast
timer
2:00
Slide 7 - Slide
What makes the chloroplast green?
Slide 8 - Open question
TEMPLATE
What does the chlorophyll do?
- captures the energy from the sunlight.
- The energy helps the water and carbon dioxide to react together.
Slide 9 - Slide
Why is chlorophyll green?
Slide 10 - Open question
TEMPLATE
Why is chlorophyll green?
Slide 11 - Slide
When do plants make more carbohydrates (starch)?
A
warm, sunny day
B
cool, sunny morning
C
at night
D
warm, springtime
Slide 12 - Quiz
What does the inside of a leaf look like?
MAGNIFIED VIEW - Cross-sectional area of a leaf
spongy layer
palisade layer
upper epidermis
lower epidermis
stoma (opening)
waxy layer
xylem (in the vein)
Slide 13 - Drag question
TEMPLATE
How does photosynthesis happen here?
Slide 14 - Slide
___________ is the movement of particles from a place of many particlesto a place of a few particles.
A
Diffusion
B
Motion
C
Vibration
D
Transport
Slide 15 - Quiz
TEMPLATE
Carbon dioxide diffuses into the leaf.
Slide 16 - Slide
TEMPLATE
I will know which part of the plant cell photosynthesis occurs in.
Slide 17 - Slide
How well did you participate
in the lesson today?
Slide 18 - Poll
TEMPLATE
Unit 1 - Photosynthesis and the Carbon Cycle
More about Photosynthesis
11 November 2025
Slide 19 - Slide
How do you feel today?
😒🙁😐🙂😃
Slide 20 - Poll
TEMPLATE
I will understand why plants need magnesium and nitrate.
Slide 21 - Slide
TEMPLATE
Scenario:
Villa notices his plant's leaves turning yellow. He is wondering what causes this, as he always takes care of his plant by watering it and ensuring it gets enough sunlight. Help him figure out how he could save the plant.
Slide 22 - Slide
TEMPLATE
Minerals and Plant Growth
Slide 23 - Slide
Give one reason why farmers add
fertiliser to their fields.
timer
2:00
Slide 24 - Open question
TEMPLATE
Minerals and Plant Growth
Slide 25 - Slide
TEMPLATE
Minerals and Plant Growth
from nitrates (NO₃⁻ )
Slide 26 - Slide
TEMPLATE
Minerals and Plant Growth
magnesium ions (Mg²⁺)
Slide 27 - Slide
TEMPLATE
Minerals and Plant Growth
from nitrates (NO₃⁻ )
magnesium ions (Mg²⁺)
Slide 28 - Slide
What plant organ absorbs water and
minerals from the soil?
A
stem
B
leaf
C
roots
D
flowers
Slide 29 - Quiz
TEMPLATE
How are the minerals and water absorbed?
Slide 30 - Slide
Which minerals are needed to make the green pigment, chlorophyll?
A
nitrates
B
manganese
C
magnesium
D
potassium
Slide 31 - Quiz
Which mineral contains nitrogen atoms, which are needed to convert carbohydrates to proteins?
A
nitrates
B
manganese
C
magnesium
D
potassium
Slide 32 - Quiz
___________ are essential for making new cells, so that the plant can grow.
A
Fats
B
Ccarbohydrates
C
Magnesium
D
Proteins
Slide 33 - Quiz
Without enough of this nutrient, leaves die, and
the plant stays small.
A
Nitrogen
B
Potassium
C
Magnesium
D
Manganese
Slide 34 - Quiz
Without enough of this mineral, the plants' leaves
look yellow instead of green.
A
Nitrogen
B
Potassium
C
Magnesium
D
Manganese
Slide 35 - Quiz
TEMPLATE
Relationships between Minerals and Plant Growth
with magnesium and nitrate
Slide 36 - Slide
TEMPLATE
Relationships between Minerals and Plant Growth
with magnesium and nitrate
more chlorophyll
Slide 37 - Slide
TEMPLATE
Relationships between Minerals and Plant Growth
with magnesium and nitrate
more chlorophyll
more photosynthesis
Slide 38 - Slide
TEMPLATE
Relationships between Minerals and Plant Growth
with magnesium and nitrate
more chlorophyll
more photosynthesis
more carbohydrates (starch)
Slide 39 - Slide
TEMPLATE
Relationships between Minerals and Plant Growth
with magnesium and nitrate
more chlorophyll
more photosynthesis
more carbohydrates (starch)
converting more carbohydrates to proteins
Slide 40 - Slide
TEMPLATE
Relationships between Minerals and Plant Growth
with magnesium and nitrate
more chlorophyll
more photosynthesis
more carbohydrates (starch)
converting more carbohydrates to proteins
grow more because more cells are made and healthier plants
Slide 41 - Slide
TEMPLATE
Unit 1 - Photosynthesis and the Carbon Cycle
More about Photosynthesis
11 November 2025
Slide 42 - Slide
TEMPLATE
I will be able to prove that photosynthesis occurs primarily in the plant's leaves, which contain chlorophyll.
Slide 43 - Slide
TEMPLATE
What the Result Would Look Like
Before
After
Slide 44 - Slide
TEMPLATE
Work in small groups: Carry out - Testing a leaf for starch (pages 17-18, LB)
timer
2:00
beaker
water
leaf
wire gauze
tripod
Bunsen burner
ethanol
hot water
Slide 45 - Slide
TEMPLATE
Work in small groups: Carry out - Testing a leaf for starch (pages 17-18, LB)
timer
2:00
white tile
leaf heated in ethanol
dropper with iodine solution
Slide 46 - Slide
TEMPLATE
timer
10:00
2 minutes
Work in small groups: Carry out - Testing a leaf for starch (pages 17-18, LB)
Slide 47 - Slide
TEMPLATE
Work in small groups:
Answer questions 1-4 on page 18, LB.
Use a separate sheet.
Slide 48 - Slide
TEMPLATE
I will know which part of the plant cell photosynthesis occurs in.
I will understand why plants need magnesium and nitrate.
I will be able to prove that photosynthesis occurs primarily in the plant's leaves, which contain chlorophyll.
Slide 49 - Slide
How well did you enjoy the lesson today?
Slide 50 - Poll
TEMPLATE
Assesses student comprehension through a worksheet, quiz, a lab report, or a concluding class discussion.
Slide 51 - Slide
TEMPLATE
I will know which part of the plant cell photosynthesis occurs in.
I will understand why plants need magnesium and nitrate.
I will be able to prove that photosynthesis occurs in the plant's leaves.