# data[].attributes.body
Does water/moisture affect the number of isopods in a choice chamber?

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Does the amount of water affect the number of seeds germinated in 72 hours?

# data[].attributes.body
Null- Amount of H2O will not affect germination.

Alternative- Will affect germination

# data[].attributes.body
1. Plan your expieriment

2. Cut out paper to fit the container.

3. Measure different amounts of water (5m, 10ml, 15ml, 20ml)

4. Add water and seeds to container

5. Set containers onto windowsill making sure each container gets the same amount of light.

# data[].attributes.body
Does sugar concentration affect mass change in potatoes?

# data[].attributes.body
Null- No, moisture will not affect the number of bugs in the choice chamber.

Alt- Moisture will affect the number of bugs in the choice chamber.

# data[].attributes.body
No statisitical difference

significant stat difference.

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Does the amount of acid affect the number of Isopods in each choice chamber?

# data[].attributes.subject
Does the amount of acid affect the number of Isopods in each choice chamber?

# data[].attributes.body
No, acid does not affect the number of Isopods in a chamber capsule.

# data[].attributes.body
Does the type of water affect the growth of Duckweed?

# data[].attributes.body
Null - No the type of water will not affect the growth of Duckweed.

Alternative - Yes, the type of water will affect the growth of Duckweed.

# data[].attributes.body
1. First fill cups with water

2. Mark waterline

3. Add Duckweed

4. Let sit to observe

# data[].attributes.body
Claim:

H2O affects # of seeds germinated

Evidence:

~5ml->1.67 seeds (Avg)

~10ml-> 7.4 seeds (Avg)

~No overlap (Between error bars of 5ml and 10ml data)

Reasoning:

~Softens seed coat

~Provides Dissolved Oxygen

~Speeds reactions inside seed

~Activates enzymes of respiration

C.E.R:

Water affects the number of seeds germinated in seventy-two hours. As seen in the data, the seeds with 5ml of water averaged 1.67 seeds while the seeds with 10ml of water averaged 7.4 seeds. In the graph there were no everlapping error bars with the 5ml and 10ml of water. This shows that water affects the seeds because the more water they had the coat of the seed softened, the water is abbsorbed and gives dissolved oxygen to the seed, and the water also activates the enzymes and initiates respiration in the seed.

# data[].attributes.body
No, moisture does not affect the number of isopods in a choice chamber. As seen in the data there was an average of 4.95 for the wet side and 5.05 for the dry side. So with the graph and the error bars one can tell that there is no statistical difference in what the bugs prefer.

# data[].attributes.body
The type of water does affect the growth of duckweed because they have different amounts of phosphate and nitrates. This is shown in our line graph with the growth in community park rapidly increasing while the tap and filtered water rapidly decreases. The duckweed in communtiy park went from 10 to 17 at the end of the lab while the duckweed in the tap water went from 10 to 3. This is because community park contains more nitrates and phosphates then anyother water in the lab. Duckweed is known for favoring waters that are rich in nutrients such as phosphorus and nitrates.

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Does the proximity to water affect biodiversity?

# data[].attributes.subject
Does the proximity to water affect biodiversity?

# data[].attributes.body
Null- No, the proximity to water does not affect the biodiversity.

Alt- Yes, the proximity to water does affec the biodiversity.

# data[].attributes.body
1. Go out to Community Park and find different plants to plant bug traps.

2. Leave the bug traps overnight to catch bugs

3. Go collect all the bug traps and bring them inside.

4. Look and inspect the different bugs.

# data[].attributes.body
Yes the proximity to the water does affect the biodiversity because of the wide variety of plans around the water. In both bar graphs one can see the further you get from the water the less bug were caught in the traps. The traps in the hill had an abundance of 13, the marsh had an abundance of 19, and the bridge had an abundance of 26. This is also shown with the simpsons diversity index the hill was at 0.72, the marsh was at 0.76, and the bridge was at 0.84. This data supports

# data[].attributes.body
Null- No, the sugar concentration does not affect mass change in potatoes.

Alt- Yes, the sugar concentration does affect mass change in potatoes.

# data[].attributes.body
Does the light affect Co2 levels in a container of spinach.

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Null - No, the light does not affect the Co2 levels in a container of spinach

Alt - Yes, the light does affect the Co2 levels in a container of spinach.

# data[].attributes.body
Light

1. Connect the sensor to the computer

2. Fill container with 15 leaves of spinach or take them out

3. Insert the sensor leave by the window

Dark

1. Fill container with spinach or take them out

2. Wrap the bottle in tin foil

3. Insert the sensor and leave by window.

# data[].attributes.body
Light does affect the CO2 levels in a container of spinach becasue of photosynthesis. The data that supports the claim is the bar graph with the average CO2 levels in the light and the average CO2 levels in the dark. In the light the CO2 levels had an everage change of -300 while the leaves in the container in the dark had a average increase of 350. This data supports that CO2 levels increase because of photosynthesis this is because the data tin the set tae in the number of cayotes eaten bu t te number of critical data so it has a big avergae number of callers whci in iihoiwjojjjo

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How does germination affect the respiration rate in mung beans?

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Null

1. Germination decreases the resperation in mung beans.

Alt

1. Germination increases the respiration in mung beans.

Ind - State of Seed

Dep - Change in Co2

Constants

1. 25 minutes

2. 8 minutes

Procedure:

1. Connect Co2 data collector

2. Count Mung beans and insert them into the container. (Germinated or non-germinated)

3. Collect the data

# data[].attributes.body
1. Cut out potatoes

2. Label the cups

3. Jot the intial mass of the potatoes.

4. Leave overnight

5. Jot the final mass of the potatoes.

# data[].attributes.body
Concentration does affect mass change in potatoes due to osmosis. This is shown in the graph because when there was a increase of sucrose concentration in the water the mass of the potatoes would decrease because the water was leaving it. When the sucrose concentration was at 0.2 the mass of the potatoe dropped by 6.6, when it was at 0.4 the mass dropped by 10.6, at 0.6 it dropped down bye 29, and at 0.8 it dropped by 36.7. This data indicates that the concentration does affect the change of mass in potatoes because as the concentration increased the mass decreased in the potatoes.