# data[].attributes.body
1. Leaves carry a structure that makes photosynthesis work called, chloroplast. Leaves have almost 500,000 chloroplast per square millimeter.
2. Chloroplast are chemical factors powered by the sun.
3. Half of the sugars produced are used to fuel trees.

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# data[].attributes.body
1. Photosynthesis turns solar energy into chemical energy
2. Carbon dioxide is used to make sugars in the plant
3. A mesophyll cell holds many green, football-shaped chloroplasts

1. a leaf has about 500,000 chloroplasts per square millimeter
2. Chlorophyll absorb energy from the sun
3. Oxygen is released through the stomata

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# data[].attributes.body
1. Leaves contain the structures that make photosynthesis work.
2. Water enters through the leaves through veins.
3. Air enters the leaves through openings called stomata.

1. All animals breathe oxygen created by photosynthesis
2. Photosynthesis turns solar energy into chemical energy that plants can use.
3. The plant uses the energy stored to turn carbon dioxide into sugar.

1. The chloroplast does photosynthesis
2. Water is split to replace electrons lost by the photosystem
3. The palisade mesophyll cell near the top of the leaf are most responsible for doing photosynthesis

# data[].attributes.body
1. The palisade mesophyll are responsible for photosynthesis although chloroplast contained within it do the photosynthesizing.
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# data[].attributes.body
1. The palisade mesophyll cells near the top of the leaf are most responsible for doing photosynthesis.
2. Calvin Cycle occurs in the stroma.
3. The light-independent reactions occurs in thylakoids.
4. Photosynthesis turns solar energy into chemical energy.
5. Water provides electron that pass through the light reactions to make high-energy molecules.
6. Carbon dioxide from the atmosphere enters the plant to be the raw material for making sugar.
7. A leaf has about 500,000 chloroplasts per square millimeter.
8. Chloroplasts contain chlorophyll which makes it green.
9. The chlorophyll absorbs energy from the sun

# data[].attributes.body
1. A leaf has about/almost 500,000 chloroplasts per square millimeter.
2. Carbon Dioxide, stored energy, and water, turn in to sugar and oxygen for the plant.
3. Oxygen is then released back in to the environment through the Stomata.

1. Solar energy turns into chemical energy from Photosynthesis.
2. Water connects with solar energy.
3. Water split by light reactions make oxygen.

1. Plant cells look different and have different materials.
2. Chloroplast does photosynthesis.
3. Stomata is in the chloroplast.

# data[].attributes.body
1.Plants take in CO2 and take out H2O
2.In a plant there are two types of mesophyll cells. the palisade mesophyll cells and the spongy mesophyll cells
3. Chloroplast preforms photosynthesis.

1. Sun provides energy so the photosynthesis can happen
2. Plants turn carbon dioxide gas into sugar
3. Between the thylakoids it is called lumen

1. A leaf has about 500,000 chloroplast
2. Chlorophyll absorbs energy
3. Water enters the leaves through the veins

# data[].attributes.body
Photosynthesis turns solar energy into chemical energy.
A leaf has 500,000 chloroplast per square millimeter
Estimated that photosynthesis makes 176 billon tons of sugar every year
leftover sugars create fruits and vegetables
when trees stop producing chlorophyll photosynthesis stops

# data[].attributes.body
leaves have photosynthesis

the sun provides energy to power photosynthesis

plants take water up through there roots

the water split by the reactions makes oxgen and gas

trees and plants make food and water
plants trees provide oxgen

a leaf has about 500000 chlorplasts

# data[].attributes.body
-Leaves contain the structures that make photosynthesis work

-The chloroplast does photosynthesis

-Plants take nitrogen from the soil to build the enzymes that carry out photosynthesis

-The plant uses carbon fixation to turn the carbon dioxide gas into sugar.

-A leaf has about 500,000 chloroplasts each square millimeter

-Left over  sugars are put in the stems, seeds, fruits, and roots

- The light depended reactions happen in the thylakoids

-During carbon fixation carbon is attached to RuBP

-The only place on the membrane that lets *H through is a protein called ATP synthase.

# data[].attributes.body
1. trees and plants can make there own food animals cannot
2. each leaf has 500,000 chloroplasts per sq. millimeter
3. left over sugars are stored in the stems, seeds, fruits , and roots

# data[].attributes.body
1. Sun provides the energy for photosynthesis
2. A leaf has 500,000 chloroplasts per square millimeter
3. Water enters the leafs through veins
4. In vascular plants, photosynthesis happens in cells called mesophyll cells
5. Each mesophyll cell holds many green - football shaped chloroplasts
6. Chlorophyll gives leaves their colors
7. Chlorophyll makes food with the chemical energy
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# data[].attributes.body
1. The palisade mesophyll cells are most responsible for photosynthesis.
2. The light-dependent reactions happen on the thylakoid membrane of the chloroplast.
3. The Calvin Cycle makes sugars
4. The sun provides the energy to power photosynthesis.
5. Photosynthesis turns solar energy into chemical energy.
6. All animals breathe oxygen created by photosynthesis.
7. Chlorophyll give leaves their green color.
8. Water is absorbed by the roots and transported in the xylem to the leaves.
9. Leftover sugars made during photosynthesis create the fruits and vegetables that we eat.

# data[].attributes.body
1.Leaves contain the structures that make photosynthesis work
2.Air enters the leaves through openings called stomata
3.Water enters through the leaves through veins

1.Photosynthesis turns solar energy into chemical energy that plants can use
2.All animals breathe oxygen crated by photosynthesis
3.The plant uses the energy stored to turn carbon dioxide into sugar,a solid carbon compound.

1.The palisade mesophyll cells near the top of the leaf are most responsible for doing photosynthesis
2. The chloroplast does photosynthesis
3.Water is split to replace electrons lost lost by Photosystem II

# data[].attributes.body
1.Sun provides energy for photosynthesis.
2.Water provides electrons that pass through the light reactions to make high energy molecules for the plant to power sugar production
3.photosynthesis happens in a special cell called mesophyll cells

1. A leaf has about 500,00 chloroplasts per square millimeter
2.choloplasts are are chemical factors that are powered by the sun
3. oxygen is given back into the air through stomata

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# data[].attributes.body
1. Water enters the leaf through veins
2. Oxygen is released through the stomata
3. About half of the sugar made are used for energy or plants growth

1. Turns solar energy into chemical energy
2. The water splits by the light to make oxygen gas
3. Carbon from the air enters the plant as raw materials for making sugar

1. Oxygen and carbon are entering and leaving the cell at the same time
2. The light depended reactions happen in the thylakoids
3. Light strikes chlorophyll and this causes electrons to gain energy

# data[].attributes.body
1.) A leaf has 500,000 chloroplasts per square millimeter.
2.) Oxygen gets released back into the environment by Stomata.
3.) Photosynthesis makes 176 billion Tons of sugars each year.
4.) The water that is taken up through the roots provides the electrons that pass through the light reactions to make high energy molecules that the plant can use to power sugar production.
5.) The plant uses carbon fixation to turn the carbon dioxide gas into sugar.
6.) Plants take nitrogen from the soil to build the enzymes that carry out photosynthesis.
7.) Light strikes chlorophyll in photosystem II, which causes electrons to gain energy again.
8.) Water is split to replace lost electrons from Photosynthesis II.
9.)  The only place on the membrane that lets *H through is a protein called ATP synthase.

# data[].attributes.body
1. Photosynthesis happens in special cells called mesophyll cells
2. Chloroplast makes sugar and Oxygen
3. The light reaction enzymes that capture sunlight and change it to chemical energy are anchored in the thylakoid membrane
4. Water enters the leaf through the veins
5. Stroma is the fluid that surrounds the thylakoids
6. Chloroplast is the organelle that photosynthesis happens in
7. Chlorophyll is what makes a plant look green
8. A leaf has about 500,000 chloroplasts per square millimeter
9. The chlorophyll is what absorbs the light energy from the sun

# data[].attributes.body
1. a leaf contains about 500,000 chloroplast per square millimeter.
2. about half the sugars produced are used for fuel and energy in the tree or other plants that produced it.
3. pine trees keep green leaves in the winter but photosynthesis continues at a slower rate than normal.
4. photosynthesis turns solar energy into chemical energy.
5. the water split by the light reaction makes oxygen gas.
6. the light reaction enzymes that capture sunlight and change it to chemical energy are anchored in the thylakoid membrane.
7. stroma is the fluid surround the thylakoids.
8. chloroplast is in control of photosynthesis
9. NADPH is an electron carrier

# data[].attributes.body
1. photosynthesis turns solar energy into chemical energy
2. photosynthesis happens in cells called mesophyll cells
3. carbon fixation is when the plant takes carbon dioxide gas and turns it into a solid sugar

1. chloroplasts are the structures that make photosynthesis work
2. one leaf has about 500,000 chloroplasts per square meter
3. oxygen and carbon dioxide are released and let in through the stomata

1. Light dependent reactions happen at the thylakoids
2. Stroma is the fluid that surrounds the thylakoids
3. The 3 phases of the calvin cycle are carbon fixation, reduction, and regeneration of RuBP

# data[].attributes.body
1. Palisade is responsible for making photosynthesis.
2. In Chloroplast there is little green things called thylakoids
3. Calvin cycle makes organic compound sugars.
4. Sun provides energy to power photosynthesis.
5. The water spilt by the light reactions makes oxygen gas.
6. Plants take in carbon dioxide gas to turn it into sugar.
7.Trees and plants are able to make their own food to produce oxygen we breathe.
8. Leaves contain chloroplasts that make photosynthesis work.
9. Chloroplasts are chemical factories powered by the sun

# data[].attributes.body
1. Water leaves the plant as the light hits it which causes oxygen to leave
2. Stroma is the fluid surrounding the thylakoids
3. The chloroplast does the photosynthesis

1.The green disks in the chloroplast are called thylakoids
2. Carbon dioxide enters the plant to be the a raw material that makes sugar
3. The palisade mesophyll cells in the cell are most responsible for photosynthesis

1.Each chloroplast contains green pigments called chlorophyll
2. Plant takes nitrogen out of dirt to help build the enzymes for photosynthesis
3. During carbon fixation carbon is attached to RuBP

# data[].attributes.body
1.Sun provides energy for photosynthesis
2.Water leaves the plant as the light hits it, and causes oxygen to leave
3.Plant takes nitrogen out of dirt to help build the enzymes for photosynthesis

1. The palisade mesophyll cells in the cell are most responsible for photosynthesis
2. Chloroplast performs photosynthesis
3. Light dependent reactions occur on the thylakoid membrane.

1. A leaf has about 500,000 chloroplasts per square millimeter
2. Energy, air, and water all enter the plant to start the process.
3. Oxygen is released through stomata

# data[].attributes.body
1. The Palisade mesophyll cells near the top of the leaf are most responsible for doing photosynthesis.
2. The Chloroplast does photosynthesis.
3. The green disks in the chloroplasts are called thylakoids.

1. The sun provides energy to power photosynthesis.
2. Photosynthesis turns solar energy into chemical energy that the plant can use.
3.  Carbon dioxide from the atmosphere enters the plant to be the raw material for making sugar.

1. Trees and plants make food and produce the oxygen we breathe through an interesting process called photosynthesis.
2. Each chloroplast contains green pigments called chlorophyll.
3. A leaf has about 500,000 chloroplasts each square millimeter.

# data[].attributes.body
1. during carbon fixation carbon is attached to RuBP
2. Carbon plays a big role in photosynthesis
3. almost half the sugar plants make is used by the plant itself t

1. the sun powers photosynthesis
2. plants take water up from roots which provides electrons
3. carbon dioxide enters from the atmosphere into the plant

1. trees and plants go threw photosynthesis
2. each chloroplast contains chlorophyll
3. chlorophyll absorbs energy from the sun