Answer:
There is no attachment with this question so I can't answer this question.
Answer:
D.) Gravitational potential energy
Explanation:
The rate of volume change can be used to find out how different lights (different wavelengths) affect photosynthesis and plant growth. To calculate it, we just need to record data of volume change and time.
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To determine the rate of volume change, you need to use the following formula.
Rate of volume change (mL/hr) = <u>Final volume</u><u> - </u><u>Initial volume </u><u> </u> x 60
Time

To calculate the rate of volume, we will use the following data.
If these values are different from yours, you just need to replace them acoording to the data in your table.
<u> Time (min) White light volume </u>
0 3
5 4.3
10 5.6
15 6.9
<u> 20 8.2 </u>
So, according to these values
- Final volume, Vf = 8.2 mL
- Initial volume, Vi = 3 mL
- Time, T = 20 min
Rate of volume (mL/hr) = ((Vf - Vi)/ T) 60



The rate of volume change for Elodea in white light is 15.6 mL/hr.
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Related link: brainly.com/question/24139287?referrer=searchResults
Assigning the various toppings of pizza to their appropriate domains and kingdoms according to biology are:
- Bacteria (Kingdom Bacteria),
- Archaea (Kingdom Archaea),
- Eukarya (Kingdoms Animalia, Plantae, Fungi).
What is a domain?
The most common pizza toppings belong to eukarya domain and three kingdoms which are animal vegetal, and fungi.
Eukarya is the domain that groups all organisms formed by cells with a defined nucleus.
Also, Eukarya groups together the kingdoms of protist, animal, vegetal and fungus. All of the most common toppings are within the Eukaryota domain.
Examples are:
- Chicken (animal)
- Meat (animal)
- Cheese (animal)
- Mushrooms (fungi)
- Sausages (animal)
- Onion (vegetable)
- Tomato (vegetable)
- Corn (vegetable)
- Pineapple (vegetable)
- Pepperoni (animal)
Hence, the most common pizza toppings belongs to the Eukarya (Kingdoms Animalia, Plantae, Fungi) domain.
Read more about <em>domains </em>here:
brainly.com/question/16003434
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