The equation for cellular respiration is in the picture
A= C6 H12 O6
B= 6O2
C= 6Co2
D= 6H2 0
E= ATP
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Answer:
b Freezing temperatures change the quantity of ocean water, and rock made of larger grains forms the top layer.
Explanation:
Review the diagram, which shows a sedimentary sequence.
What could cause a sea-level change that would result in this sedimentary sequence?
a Melting ice caps change the quantity of ocean water, and rock made of calcium carbonate forms the top layer.
b Freezing temperatures change the quantity of ocean water, and rock made of larger grains forms the top layer.
c Rising temperatures change the density of ocean water, and rock formed in still waters appears in the upper layer.
d Tectonic activity changes the shape of the ocean basin, and rock formed in the deep sea appears in the upper layer.
Answer:
c or d
Explanation:
it is most likely c because people who are fit have stronger/healthier genes that have less mutations.
Answer:
The correct answer would be Archaea. So Eukarya are more closely related to Archaea.
Explanation:
Archaea has a morphological similarities with bacteria, but archaea possesses genes and several metabolic pathways that are more closely related to eukaryotes. A Eukarya have enzymes that are involved in transcriptions and translations. Now because archaea have more genes than that of Eukarya, so we can say that Eukarya are more closlely related to Archae.
The answer is c. Phosphorus is not abundant in the atmosphere, it comes mostly from the land and ocean.Phosphorus cycle through the lithosphere, hydrosphere, and biosphere, but not the atmosphere. The reason for this is that phosphorus cannot be found in the gas state, unlike the carbon.