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hehe

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Factors that affect enzymes in respiration

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How light affects photosynthesis

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Factors that affect photosynthesis

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Link to some useful videos on my drive

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Print hexagons and get students to make as many links as possible

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2nd yr students from @StOliversCC Making links & relationships btw Photosynthesis & Respiration using free Hexagons @JctScience #solotaxonomy #hexagons @GillEducation @kelleherscience @ComiskeyStephen

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2nd yr students from @StOliversCC Making links & relationships btw Photosynthesis & Respiration using free Hexagons @JctScience #solotaxonomy #hexagons @GillEducation @kelleherscience @ComiskeyStephen https://t.co/2TkpSqflcQ

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2nd yr students from @StOliversCC Making links & relationships btw Photosynthesis & Respiration using free Hexagons @JctScience #solotaxonomy #hexagons @GillEducation @kelleherscience @ComiskeyStephen pic.twitter.com/2TkpSqflcQ
— Sinead Kelly Townsend (@hexagonlinks) May 4, 2019

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2nd yr students from @StOliversCC Making links & relationships btw Photosynthesis & Respiration using free Hexagons @JctScience #solotaxonomy #hexagons @GillEducation @kelleherscience @ComiskeyStephen https://t.co/2TkpSqflcQ

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2nd yr students from @StOliversCC Making links & relationships btw Photosynthesis & Respiration using free Hexagons @JctScience #solotaxonomy #hexagons @GillEducation @kelleherscience @ComiskeyStephen https://t.co/2TkpSqflcQ

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2nd yr students from @StOliversCC Making links & relationships btw Photosynthesis & Respiration using free Hexagons @JctScience #solotaxonomy #hexagons @GillEducation @kelleherscience @ComiskeyStephen

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Video computer games, virtual labs and activities for learning and reviewing biology content. Great for students and teachers.

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Includes nice images that could be used for activities

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Free access to this interactive photosynthesis experiment for 5 mins a day

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ExploreLearning : Get hands-on, minds-on in math and science

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Photosynthesis Lab Gizmo : ExploreLearning

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Study photosynthesis in a variety of conditions. Oxygen production is used to measure the rate of photosynthesis. Light intensity, carbon dioxide levels, temperature, and wavelength of light can all be varied. Determine which conditions are ideal for photosynthesis, and understand how limiting factors affect oxygen production.

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Links

1. Photosynthesis

In the previous modules, we've looked at how cells use cellular respiration to break down carbohydrates (like glucose) to create ATP. But where does the carbohydrate come from?

Carbohydrates are made by plants (and a few other kinds of organisms) through photosynthesis. Photosynthesis means "making with light." During photosynthesis, plants take in carbon dioxide from the air, water from the soil, and use it to produce carbohydrates. Oxygen is released as a by-product.

Within a plant, the reaction primarily occurs within leaves. In the leaves are cells that are packed with chloroplasts.

Chloroplasts are where photosynthesis actually occurs.

The equation for photosynthesis is

(carbon dioxide + water + light energy ? glucose and oxygen)

Note that this is the complement of what happens during cellular respiration.

3. Interactive Diagrams: Photosynthesis

4. Why Photosynthesis is important: food, carbon fixation, and oxygen

Here are there reasons why you should care about photosynthesis

Food: The food we eat comes to us from photosynthesis, either directly (if we eat a plant) or indirectly (if we eat an animal that eats a plant).

1. Carbon fixation: Photosynthesis takes a gas, carbon dioxide, and makes it into a solid, carbohydrate. This is called carbon fixation. Since we are what we eat, that means that the atoms that make up our body were all, at some point, carbohydrates in plants, produced through photosynthesis. Look at your hand and think about that: all of those atoms were once in a plant. At some point, every carbon atom that's in your body was once a carbon dioxide molecule floating in the air. Look at your hand again, and think about that: all of those carbon atoms were once carbon dioxide gas molecules floating around in the air.

2. Oxygen: The early Earth had a different atmosphere than the atmosphere we have today: it was oxygen-free. Now, Earth's atmosphere is about 21% oxygen. This oxygen was put there by photosynthesizing bacteria. Think about that the next time you take a breath. That oxygen you're taking in is only there because of photosynthesis.

5. Flashcards: Photosynthesis

Just to keep you on your toes, I've thrown in a few review questions from previous units.

6. The linked, reciprocal, and complementary connection between photosynthesis and cellular respiration

Chloroplasts and mitochondria are linked by their inputs and outputs. Prove this to yourself by labeling the diagram below.

7. Checking Understanding: Photosynthesis

Got it? In this module, we've reviewed

1. The overall reaction for photosynthesis

2. Where photosynthesis occurs (in plants, in leave, in chloroplasts)

3. The notion of carbon fixation

4. The importance of photosynthesis (producing food and oxygen).

5. The reciprocal nature of the photosynthesis and respiration.

If you're confident that you understand this well, take this quiz. While it mostly involves photosynthesis, it also includes other energy related topics (cellular respiration, aerobic v. anaerobic respiration), both as a means of improving your understanding of photosynthesis, and helping you to consolidate your memories of those topics.

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Links In the previous modules, we've looked at how cells use cellular respiration to break down carbohydrates (like glucose) to create ATP. But where does the carbohydrate come from? Carbohydrates are made by plants (and a few other kinds of organisms) through photosynthesis. Photosynthesis means "making with light."

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The Process of Photosynthesis - Science Videos for Kids

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An animated description of the process of photosynthesis. Explore photosynthesis with science videos and games.

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Questions from past exam papers

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Rates Of Photosynthesis - GCSE Science Required Practical

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Using blocks to model reactants and products in biochemical reactions

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Working on #photosynthesis models for #lcbiology and #jcscience #BW7

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Working on #photosynthesis models for #lcbiology and #jcscience #BW7 https://t.co/Tg4njeZw85

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Working on #photosynthesis models for #lcbiology and #jcscience #BW7 pic.twitter.com/Tg4njeZw85
— Mike Kavanagh (@Mikekav66) September 27, 2019

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Working on #photosynthesis models for #lcbiology and #jcscience #BW7 https://t.co/Tg4njeZw85

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Working on #photosynthesis models for #lcbiology and #jcscience #BW7 https://t.co/Tg4njeZw85

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Working on #photosynthesis models for #lcbiology and #jcscience #BW7

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Yeast Respiration Experiment - Mr Pauller

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Rate of respiration with different temperature water baths. #BW7 #CW7 #jcscience. Takes an age for CO2 bubbling to begin. Should have activated the yeast before class. #EduTwitter #science

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Rate of respiration with different temperature water baths. #BW7 #CW7 #jcscience. Takes an age for CO2 bubbling to begin. Should have activated the yeast before class. #EduTwitter #science https://t.co/22gsOpbwm9

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Rate of respiration with different temperature water baths. #BW7 #CW7 #jcscience. Takes an age for CO2 bubbling to begin. Should have activated the yeast before class. #EduTwitter #science pic.twitter.com/22gsOpbwm9
— Mike Kavanagh (@Mikekav66) September 18, 2019

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Rate of respiration with different temperature water baths. #BW7 #CW7 #jcscience. Takes an age for CO2 bubbling to begin. Should have activated the yeast before class. #EduTwitter #science https://t.co/22gsOpbwm9

# data[].attributes.attachment_link.metadata.attachment_props.original_text
Rate of respiration with different temperature water baths. #BW7 #CW7 #jcscience. Takes an age for CO2 bubbling to begin. Should have activated the yeast before class. #EduTwitter #science https://t.co/22gsOpbwm9

# data[].attributes.attachment_link.metadata.attachment_props.text
Rate of respiration with different temperature water baths. #BW7 #CW7 #jcscience. Takes an age for CO2 bubbling to begin. Should have activated the yeast before class. #EduTwitter #science