Organic: c12h22o11 c3n2h4 chf c1o3
Answer:
The answer is:B) The more chlorophyll a present, the more algae present. This can be a result of higher nitrogen and phosphorus and may result in lowered dissolved oxygen if algal blooms develop.
Explanation:
"Eutrophication" is the enrichment of surface waters with nutrients for plants, both nitrogen and phosphorus contribute to eutrophication.
A lake with total concentrations of phosphorus and chlorophyll-a of 10 and 2.5 mg / m3 respectively, can be classified into different eutrophication classes.
The symptoms and effects of eutrophication are as follows:
· Increased production and biomass of phytoplankton, associated algae and macrophytes.
· Production of toxins by certain algae.
· Deoxygenation of water, especially at the end of algal growth situations.
The answer is:B) The more chlorophyll a present, the more algae present. This can be a result of higher nitrogen and phosphorus and may result in lowered dissolved oxygen if algal blooms develop.
Answer:
b
Explanation:
The more chlorophyll a present, the more algae present. This can be a result of higher nitrogen and phosphorus and may result in lowered dissolved oxygen if algal blooms develops. periodt pooh
recycled products on plant growth. Miguel’s lab
group compared the effect of different aged grass
compost on bean plants. Because decomposition is
necessary for release of nutrients, the group
hypothesized that older grass compost would produce
taller bean plants. Four flats containing the same
species of bean plants (25 plants/flat) were grown for
5 days. The plants were then fertilized with compost
as follows: (a) Flat A: 450 grams of two-month-old
compost; (b) Flat B: 450 grams of four-month-old
compost; (c) Flat C: 450 grams of six-month-old
compost; (d) Flat D: 0 grams of compost. The flats
of beans were planted in the same type of soil. The
plants received the same amount of sunlight and
water each day. At the end of 30 days, the group
recorded the height of the plants in centimeters. What is the flaw in this experiment?
Answer:
i wish i could help dude sorry
Explanation:
Answer:
im good like dat
Explanation:
You can distinguish between rough ER and smooth ER based on their structure and functions. Rough ER has a bumpy appearance due to the presence of ribosomes, which are involved in protein synthesis, while smooth ER, lacking ribosomes, appears smooth and is involved in lipid synthesis and detoxification.
The ability to differentiate the rough ER from the smooth ER lies in their appearance and the presence or lack of ribosomes. The rough endoplasmic reticulum (ER) has a bumpy appearance because it is studded with ribosomes, which are tiny, round structures responsible for protein synthesis. On the other hand, the smooth ER does not have ribosomes attached, hence it looks smooth under a microscope. The smooth ER also performs functions distinct from the rough ER such as detoxification and lipid synthesis. Hence, by both their physical forms and functions, one can tell a rough ER from a smooth ER.
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Answer:D
Explanation:All things are made up of atoms but only living things are made of cells.