Answer:
I would agree more with Amos' opinion, thinking that most of the plant's energy ends up in the grasshopper.
Explanation:
In food chains, the flow of energy that occurs from one organism to another, from the producer to the tertiary or quaternary consumer. The amount of energy that can be transferred from one level to another is only 10%, with herbivorous animals taking up more of the energy that a producer has.
According to this, <em>it is logical to think like Amos, since the grasshopper -a primary or herbivorous consumer- will take advantage of more energy contained in the plant, with respect to the consumers of the higher levels</em>.
Learn more:
Energy and nutrients in an ecosystem brainly.com/question/8101088
The link between obesity and the microbiome is likely to be specific species composition of the microbiota.
Energy expenditure and food metabolism are both influenced by the gut microbiome. Additionally, several methods of treating obesity have been demonstrated to alter the diversity and make-up of the gut microbiome. The development of metabolic illnesses linked to obesity, such as type 2 diabetes, NAFLD, metabolic syndrome, and cardiovascular disease, may be influenced by alterations in the gut microbiota.
To learn more about obesity click here:
brainly.com/question/29024109
#SPJ4
Answer:
extension- increasing the angle between two boned of the straightening of a limb.
Im sorry I only know the first one. :( Wish I could help 100%
I would say it is answer c.
- In gymnosperms (plants with “naked seeds”—such as conifers, cycads, and ginkgo), the ovules are not enclosed in an ovary but lie exposed on leaflike structures, the megasporophylls.
Answer:
The correct answer is "No, this is not consistent with the predictions on optimality".
Explanation:
The optimal foraging theory (OFT) establishes that an organism looks for the best foraging strategy, which involves maximizing the amount of energy that is available in its daily activities. In this case, the songbird species is not consistent with the predictions on optimality since it needs more calories than it intakes in order to defend its territory. In this scenario, the songbird will lose 72 calories per day.
