: Option 2 and 3
2: fossil fuels
3: All of the above
4: coal. oil. natural gas
5: use only renewable resources
6: solar
the man above me had the same answer i just did it as well because it's the right answer i looked it up i hope he or i help you guys <3
Answer:
The complete glycolysis and citric acid cycle pathway is shown in diagram.
# Reactions of glycolysis that –
I. Consumes ATP = 1, 3
II. Produces ATP = 7, 10
III. Consumes NAD+ and produces NADH = 6
IV. Consumes FAD and produces FADH2 = none
# Reactions of TCA that –
I. Consumes ATP = none
II. Produces ATP = 6
III. Consumes NAD+ and produces NADH = 4, 5, 9
IV. Consumes FAD and produces FADH2 = 7
Explanation:
Energy would be passed from the deer to the wolf if the grasses had 5000 kcal is 50kcal.
50kcal Energy would be passed from the deer to the wolf if the grasses had 5000 kcal.
According to 10% Energy law given by Lindmann, only 10% of energy is transferred to the lower level to the higher level.
According to the given question,
Grass = 5000kcal
This indicates only 10% energy will be transferred from Grass to Deer according to the law.
Deer = 10% of 5000kcal = 500kcal
This indicates only 10% energy will be transferred from Deer to Wolf according to the law.
Wolf = 10% of 500kcal = 50kcal
The rest energy is lost in the Respiration and only 10% gets transferred.
So, Energy would be passed from the deer to the wolf if the grasses had 5000 kcal is 50kcal.
Learn more about Deer here, brainly.com/question/10758318
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Photosynthesis: Photosynthesis is an enzyme regulated anabolic process of manufacture of organic compounds inside the. chlorophyll containing cells from carbon dioxide and water with the help of sunlight as a source of energy.
It seems that you did not provide possible answers, but the mark recapture method is one method that is not very invasive. The population size is estimated by marking a certain number of individuals and releasing them into the wild, followed by a second capture later on. The members captured the second time with the markets from the original capture are used to estimate population size in the formula s*n/x where s and n are the first and second captured population sizes and x is the number of marked inidividuals from the second capture.
