The option that is an example of an automatic regulatory reaction is sweating.
Which option is an example of an automatic regulatory reaction?(1 point)
Responses
taking in more calories
taking in more calories
sweating
sweating
wearing a jacket
wearing a jacket
burrowing underground
9 answers
What is the correct order of events for cellular respiration?(1 point)
Responses
Krebs cycle → glycolysis → electron transport chain
Krebs cycle → glycolysis → electron transport chain
glycolysis → Krebs cycle → electron transport chain
glycolysis → Krebs cycle → electron transport chain
glycolysis → electron transport chain → Krebs cycle
glycolysis → electron transport chain → Krebs cycle
electron transport chain → glycolysis → Krebs cycle
Responses
Krebs cycle → glycolysis → electron transport chain
Krebs cycle → glycolysis → electron transport chain
glycolysis → Krebs cycle → electron transport chain
glycolysis → Krebs cycle → electron transport chain
glycolysis → electron transport chain → Krebs cycle
glycolysis → electron transport chain → Krebs cycle
electron transport chain → glycolysis → Krebs cycle
The correct order of events for cellular respiration is glycolysis → Krebs cycle → electron transport chain.
Cellular respiration uses one glucose molecule to produce a total of(1 point)
Responses
28 ATPs.
28 ATPs.
24 ATPs.
24 ATPs.
2 ATPs.
2 ATPs.
36 ATPs.
Responses
28 ATPs.
28 ATPs.
24 ATPs.
24 ATPs.
2 ATPs.
2 ATPs.
36 ATPs.
Cellular respiration uses one glucose molecule to produce a total of 36 ATPs (though some sources may state 30-32 ATP, depending on specific cellular conditions and efficiency). Based on your options, "36 ATPs" is the most common and widely accepted answer.
The electron transport chain takes place in(1 point)
Responses
ATP molecules.
ATP molecules.
the cell membrane.
the cell membrane.
the mitochondria.
the mitochondria.
the cytoplasm.
Responses
ATP molecules.
ATP molecules.
the cell membrane.
the cell membrane.
the mitochondria.
the mitochondria.
the cytoplasm.
The electron transport chain takes place in the mitochondria.
Which animal will be able to control its body temperature the best?(1 point)
Responses
animals with a high surface area to volume ratio
animals with a high surface area to volume ratio
amphibians
amphibians
ectotherms
ectotherms
animals with a low surface to volume ratio
Responses
animals with a high surface area to volume ratio
animals with a high surface area to volume ratio
amphibians
amphibians
ectotherms
ectotherms
animals with a low surface to volume ratio
Animals with a low surface area to volume ratio will be able to control their body temperature the best. This is because they lose heat more slowly than animals with a high surface area to volume ratio.