DO NOW ACTIVITY 2 1 Make a photosynthesis

  • Slides: 37
Download presentation
DO NOW ACTIVITY #2 1. Make a photosynthesis book. a) You need 9 blank

DO NOW ACTIVITY #2 1. Make a photosynthesis book. a) You need 9 blank half sheets of paper b) You need 1 sheet of directions c) Staple the direction sheet last.

DO NOW 2. ACTIVITY How come animals do#2 not need to do photosynthesis? 3.

DO NOW 2. ACTIVITY How come animals do#2 not need to do photosynthesis? 3. Where does photosynthesis happen in plant cells? 4. Name 2 things that plants produce from photosynthesis. 5. What type of macromolecule do plants

Essential Question: What do plants use for photosynthesis? What do they make? SECTION 6

Essential Question: What do plants use for photosynthesis? What do they make? SECTION 6 -1: PHOTOSYNT Learning Target 6. Use a model to illustrate how photosynthesis transforms light energy into stored chemical energy.

DON’T FORGET TO CHUNK YOUR NOTES!

DON’T FORGET TO CHUNK YOUR NOTES!

OVERVIEW Producers: organisms that can make their own food (autotroph)

OVERVIEW Producers: organisms that can make their own food (autotroph)

OVERVIEWProducers (autotrophs) “produce” their own food using energy from the PLANTS sun. _______ are

OVERVIEWProducers (autotrophs) “produce” their own food using energy from the PLANTS sun. _______ are producers.

OVERVIEW Photosynthesis is when plants convert sunlight into sugar photo = light synthesis =

OVERVIEW Photosynthesis is when plants convert sunlight into sugar photo = light synthesis = to make

DON’T FORGET TO CHUNK YOUR NOTES!

DON’T FORGET TO CHUNK YOUR NOTES!

PHOTOSYNTHES IS EQUATION 6 CO 2 + 6 H 2 O light C 6

PHOTOSYNTHES IS EQUATION 6 CO 2 + 6 H 2 O light C 6 H 12 O 6 + 6 O 2 light carbon dioxide + water glucose +

PHOTOSYNTHES IS EQUATION Photosynthesis the process that uses energy from sunlight to transform Carbon

PHOTOSYNTHES IS EQUATION Photosynthesis the process that uses energy from sunlight to transform Carbon ____ Dioxide _______ Water and ____ into Carbohydrate Oxyge

PHOTOSYNTHES IS EQUATION Uses Makes 1. Light energy 1. oxygen (O 2) 2. carbon

PHOTOSYNTHES IS EQUATION Uses Makes 1. Light energy 1. oxygen (O 2) 2. carbon dioxide (CO 2) 2. glucose (C 6 H 12 O 6 3. water (H 2 O)

Stomata =

Stomata =

DON’T FORGET TO CHUNK YOUR NOTES!

DON’T FORGET TO CHUNK YOUR NOTES!

LIGHT & PIGMENTS Plants have pigments

LIGHT & PIGMENTS Plants have pigments

LIGHT & PIGMENTS Pigments: light absorbing molecules that capture the sun’s energy

LIGHT & PIGMENTS Pigments: light absorbing molecules that capture the sun’s energy

LIGHT & PIGMENTS Pigments: light absorbing molecules that capture the sun’s energy We can

LIGHT & PIGMENTS Pigments: light absorbing molecules that capture the sun’s energy We can see reflected light. We cannot see absorbed light.

ROY G BIV Longest wavelength = Least amount of energy Shortest wavelength = larger

ROY G BIV Longest wavelength = Least amount of energy Shortest wavelength = larger amount of energy

Plants look green because chlorophyll reflects green light.

Plants look green because chlorophyll reflects green light.

LIGHT & PIGMENTS Chlorophyll is a pigment PLANTS found in _____

LIGHT & PIGMENTS Chlorophyll is a pigment PLANTS found in _____

LIGHT & PIGMENTS Chlorophyll makes plants GREEN. ____

LIGHT & PIGMENTS Chlorophyll makes plants GREEN. ____

LIGHT & PIGMENTS 2 types: 1. Chlorophyll a 2. Chlorophyll b

LIGHT & PIGMENTS 2 types: 1. Chlorophyll a 2. Chlorophyll b

LIGHT & PIGMENTS These pigments absorb red and blue light well. GREEN

LIGHT & PIGMENTS These pigments absorb red and blue light well. GREEN

IS THE COLOR GREEN BEING REFLECTED OR ABSORBED BY PLANTS?

IS THE COLOR GREEN BEING REFLECTED OR ABSORBED BY PLANTS?

DON’T FORGET TO CHUNK YOUR NOTES!

DON’T FORGET TO CHUNK YOUR NOTES!

INSIDE A CHLOROPLAST Photosynthesis takes place in the chloroplasts of plants

INSIDE A CHLOROPLAST Photosynthesis takes place in the chloroplasts of plants

INSIDE A CHLOROPLAST Chloroplasts have two parts: 1. thylakoids: saclike membranes found in chloroplasts

INSIDE A CHLOROPLAST Chloroplasts have two parts: 1. thylakoids: saclike membranes found in chloroplasts Many thylakoids = grana pigments capture sunlight (light-dependent reactions)

INSIDE A CHLOROPLAST Chloroplasts have two parts: 2. Stroma: space surrounding the thylakoids

INSIDE A CHLOROPLAST Chloroplasts have two parts: 2. Stroma: space surrounding the thylakoids

THE CHLOROPLAST

THE CHLOROPLAST

DON’T FORGET TO CHUNK YOUR NOTES!

DON’T FORGET TO CHUNK YOUR NOTES!

WWW. BIOPHAMILY. W EEBLY. COM

WWW. BIOPHAMILY. W EEBLY. COM

PHOTOSYNTHESIS BOOK: COVER a. Design the cover of your book. b. Include: title, name,

PHOTOSYNTHESIS BOOK: COVER a. Design the cover of your book. b. Include: title, name, date, & period c. Draw & Color a picture of a plant/tree

PHOTOSYNTHESIS BOOK: PAGE 1 a. Write an explanation describing the process of photosynthesis. b.

PHOTOSYNTHESIS BOOK: PAGE 1 a. Write an explanation describing the process of photosynthesis. b. Write down the chemical equation of photosynthesis. c. Draw & Color the reactants (left side) and products (right side). Label.

PHOTOSYNTHESIS BOOK: PAGE 2 a. Explain why plants are known as producers. b. Draw

PHOTOSYNTHESIS BOOK: PAGE 2 a. Explain why plants are known as producers. b. Draw & Color: water and carbon dioxide going into a plant/tree.