Biochemical process where light energy is converted into chemical energy. 6CO2+12H20+light=C6H12O6+6H20+6O2
Dinoflagellates
Photosynthesis
Protozoa and Algae
Chloroplast
1 of 23
Test: Photosynthesis quiz Bio Lab
Name:
Score:
23 Multiple choice questions
Definition
Biochemical process where light energy is converted into chemical energy. 6CO2+12H20+light=C6H12O6+6H20+6O2
1 of 23
Definition
Organelle
Site of photosynthesis
Chlorophyll is a pigment
Site of photosynthesis
Chlorophyll is a pigment
2 of 23
Definition
Outer membrane
Stroma: thick fluid
Thylakoids: membranous sacs: Chlorophyll located in membranes
Grana: Stacks of thylakoids
Stroma: thick fluid
Thylakoids: membranous sacs: Chlorophyll located in membranes
Grana: Stacks of thylakoids
3 of 23
Definition
leaf anatomy
4 of 23
Definition
Palasade meophyll
5 of 23
Term
Light
6 of 23
Definition
-Light can be spit into tis component color's by passing it through a prism: Spectrum
-Each color has a wavelength
-Spectroscope: a device that splits light into its color.
-Each color has a wavelength
-Spectroscope: a device that splits light into its color.
7 of 23
Definition
1. transmitted -> passes through the molecule
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
8 of 23
Term
Absorbed light: Converted into other forms of energy
9 of 23
Term
What color of light will not produce any photosynthesis?
10 of 23
Term
Photochemical reaction (light reaction)
11 of 23
Term
Photochemical reaction inside chloroplast
12 of 23
Definition
1. abundant in most habitats
2. Most microscopic
2. Most microscopic
13 of 23
Definition
Heterotrophic
14 of 23
Definition
Photosynthetic
15 of 23
Term
Protozoa and Algae
16 of 23
Definition
May be ancestral to green plants, as both have characteristics such as:
Chlorophyll a, which occurs in algae and green plants
Chlorophyll b, which occurs in land plants and in the green and euglenoid algae
Cell walls made of cellulose.
Chlorophyll a, which occurs in algae and green plants
Chlorophyll b, which occurs in land plants and in the green and euglenoid algae
Cell walls made of cellulose.
17 of 23
Definition
Chlorophyta
18 of 23
Term
Brown Algae
19 of 23
Term
Red Algae
20 of 23
Definition
Bacillariophyta
21 of 23
Definition
Dinozoa
22 of 23
Term
Euglenoids
23 of 23
Organelle
Site of photosynthesis
Chlorophyll is a pigment
Site of photosynthesis
Chlorophyll is a pigment
Chloroplast
Photosynthesis
Chloroplast: Double membrane organelle
Euglenoids
2 of 23
Outer membrane
Stroma: thick fluid
Thylakoids: membranous sacs: Chlorophyll located in membranes
Grana: Stacks of thylakoids
Stroma: thick fluid
Thylakoids: membranous sacs: Chlorophyll located in membranes
Grana: Stacks of thylakoids
Chloroplast: Double membrane organelle
Chloroplast
Absorbed light: Converted into other forms of energy
Photochemical reaction (light reaction)
3 of 23
leaf anatomy
Green Algae
Leaf Anatomy
Brown Algae
Diatoms
4 of 23
Palasade meophyll
What color of light will not produce any photosynthesis?
Protists have two common characteristics
What cells are responsible for photosynthesis?
When light hits a molecule it has 3 possibilities:
5 of 23
Light
Light travels as energy packets (photon)
-Travels as a wave
-The wavelength determines it's property
ex. short wave has more energy.
-Travels as a wave
-The wavelength determines it's property
ex. short wave has more energy.
Photosynthetic
Biochemical process where light energy is converted into chemical energy. 6CO2+12H20+light=C6H12O6+6H20+6O2
Light energy->Heat
Light energy->Chemical energy (glucose)
The main pigment in plants and green algae that captures light energy is chlorophyll.
Light energy->Chemical energy (glucose)
The main pigment in plants and green algae that captures light energy is chlorophyll.
6 of 23
-Light can be spit into tis component color's by passing it through a prism: Spectrum
-Each color has a wavelength
-Spectroscope: a device that splits light into its color.
-Each color has a wavelength
-Spectroscope: a device that splits light into its color.
Spectrum
Green Algae
Light
Photosynthesis
7 of 23
1. transmitted -> passes through the molecule
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
What color of light will not produce any photosynthesis?
Absorbed light: Converted into other forms of energy
Photochemical reaction (light reaction)
When light hits a molecule it has 3 possibilities:
8 of 23
Absorbed light: Converted into other forms of energy
1. transmitted -> passes through the molecule
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
Light travels as energy packets (photon)
-Travels as a wave
-The wavelength determines it's property
ex. short wave has more energy.
-Travels as a wave
-The wavelength determines it's property
ex. short wave has more energy.
occurs in the thylakoids of the chloroplast
ATP: nucleotide-> provides enzymes energy
NADPH: dinucleotide->provides energy and e- to make bonds
ATP: nucleotide-> provides enzymes energy
NADPH: dinucleotide->provides energy and e- to make bonds
Light energy->Heat
Light energy->Chemical energy (glucose)
The main pigment in plants and green algae that captures light energy is chlorophyll.
Light energy->Chemical energy (glucose)
The main pigment in plants and green algae that captures light energy is chlorophyll.
9 of 23
What color of light will not produce any photosynthesis?
1. abundant in most habitats
2. Most microscopic
2. Most microscopic
Palasade meophyll
Green: Transmitted and reflected, not absorbed.
1. transmitted -> passes through the molecule
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
10 of 23
Photochemical reaction (light reaction)
1. abundant in most habitats
2. Most microscopic
2. Most microscopic
1. transmitted -> passes through the molecule
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
2. Reflected->bounces off molecule. (this is the light you see)
3. Absorbed-> retains energy
Pigments-> molecules that absorbs light ( you do not see this light).
The fate of light is determined by its color.
occurs in the thylakoids of the chloroplast
ATP: nucleotide-> provides enzymes energy
NADPH: dinucleotide->provides energy and e- to make bonds
ATP: nucleotide-> provides enzymes energy
NADPH: dinucleotide->provides energy and e- to make bonds
Light energy->Heat
Light energy->Chemical energy (glucose)
The main pigment in plants and green algae that captures light energy is chlorophyll.
Light energy->Chemical energy (glucose)
The main pigment in plants and green algae that captures light energy is chlorophyll.
11 of 23
Photochemical reaction inside chloroplast
Outer membrane
Stroma: thick fluid
Thylakoids: membranous sacs: Chlorophyll located in membranes
Grana: Stacks of thylakoids
Stroma: thick fluid
Thylakoids: membranous sacs: Chlorophyll located in membranes
Grana: Stacks of thylakoids
-Light can be spit into tis component color's by passing it through a prism: Spectrum
-Each color has a wavelength
-Spectroscope: a device that splits light into its color.
-Each color has a wavelength
-Spectroscope: a device that splits light into its color.
leaf anatomy
12 of 23
1. abundant in most habitats
2. Most microscopic
2. Most microscopic
Photochemical reaction (light reaction)
What cells are responsible for photosynthesis?
Protists have two common characteristics
What color of light will not produce any photosynthesis?
13 of 23
Heterotrophic
Protozoa
Brown Algae
Diatoms
Green Algae
14 of 23
Photosynthetic
Brown Algae
Green Algae
Algae
Red Algae
15 of 23
Protozoa and Algae
occurs in the thylakoids of the chloroplast
ATP: nucleotide-> provides enzymes energy
NADPH: dinucleotide->provides energy and e- to make bonds
ATP: nucleotide-> provides enzymes energy
NADPH: dinucleotide->provides energy and e- to make bonds
Biochemical process where light energy is converted into chemical energy. 6CO2+12H20+light=C6H12O6+6H20+6O2
Protists may be grouped according to ecological roles as algae, protozoa, and fungus like protists.
Photosynthetic and classified by their pigments eg. green, red, brown algae. Also distinguished by their cellular organization eg. unicellular, filamentous, colonial.
Photosynthetic and classified by their pigments eg. green, red, brown algae. Also distinguished by their cellular organization eg. unicellular, filamentous, colonial.
May be ancestral to green plants, as both have characteristics such as:
Chlorophyll a, which occurs in algae and green plants
Chlorophyll b, which occurs in land plants and in the green and euglenoid algae
Cell walls made of cellulose.
Chlorophyll a, which occurs in algae and green plants
Chlorophyll b, which occurs in land plants and in the green and euglenoid algae
Cell walls made of cellulose.
16 of 23
May be ancestral to green plants, as both have characteristics such as:
Chlorophyll a, which occurs in algae and green plants
Chlorophyll b, which occurs in land plants and in the green and euglenoid algae
Cell walls made of cellulose.
Chlorophyll a, which occurs in algae and green plants
Chlorophyll b, which occurs in land plants and in the green and euglenoid algae
Cell walls made of cellulose.
Red Algae
Brown Algae
Green Algae
Protozoa and Algae
17 of 23
Chlorophyta
Brown Algae
Green Algae
Algae
Red Algae
18 of 23
Brown Algae
Photosynthetic
Phaeophyta
Chlorophyta
Rhodophyta
19 of 23
Red Algae
Photosynthetic
Rhodophyta
Phaeophyta
Chlorophyta
20 of 23
Bacillariophyta
Red Algae
Diatoms
Green Algae
Protozoa
21 of 23
Dinozoa
Leaf Anatomy
Brown Algae
Dinoflagellates
Green Algae
22 of 23
Euglenoids
Phaeophyta
Rhodophyta
Euglenida
Chlorophyta
23 of 23