Answer:
C
Explanation:
Reducing more volume will mean that the density of gas is higher and therefore it would be at higher pressure. Adding more gas would have the same effect.
Lowering the temperature would mean that the molecules would be moving slower and therefore decreasing pressure
Final velocity after 5 sec is 16 m/s
<u>Given that;</u>
Initial velocity = 4.5 m/s
Constant acceleration = 2.3 m/s²
Time taken = 5 second
<u>Find:</u>
Final velocity
<u>Computation:</u>
Using first equation of motion;
v = u + at
v = 4.5 + (2.3)(5)
v = 4.5 + 11.5
v = 16 m/s
Final velocity = 16 m/s
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Answer:
I'd need the data from the population sizes of the algae, walleye pollock, orca, ocean sunfish and sea turtles. And I'd also need water temperature data, levels of dissolved oxygen.
Explanation:
The jellyfish population may have increased because of an increase in phytoplankton. This leads to an increase in
zooplankton; a decrease in walleye pollock, leading to an increase in zooplankton; or an increase in orcas, leading to a
decrease in sea turtles. Sea turtles, being the main predator for keeping the jellyfish population in check.
Also, if there are more red algae, jellyfish polyps have less place to grow. Without it, the polyps can attach itself on every surface.
ATP is the most important product of the krebs cycle(36 moles)
The weakness of hydrogen bonds between the bases of DNA allows for the easy separation of the two DNA strands during replication of DNA.
In replication, an initiator protein unwinds a short length of the DNA double helix. Next, an enzyme known as helicase attaches itself to the unwound helix and begins to break the hydrogen bonds between the base pairs of the two DNA strands thereby pulling them apart to form a Y shape called a replication fork.
The relative weakness of hydrogen bonds between the base pairs make it fairly simple for helicase enzyme to beak them apart and thus the process is done very rapidly.
