1. I can not see the picture so I can't answer this until I see the picture.
7. Genotype
8 or 9. Phenotype don't know why that was marked wrong.
11. Independent Assortment
14. I am guessing that is Segregation.
15. Gamete
16. Homozygous I think
17. Homozygous
18. IDK this one was hard to figure out.
Hope some of these are correct :)
Have a great day
Budding, fission and fragmetation
The organelle that a eukaryotic cell would have a large by number of if the cell used a lot of energy would be the mitochondria. These are also commonly known as the powerhouses of the cell, as they are responsible for undergoing a vital cellular pathway needed for the other organelles to have the energy to function: cellular respiration.
Answer:
Staphylococcus aureus (staph) bacteria.
The answer to the question is 7.4%.
<h3>How to calculate production efficiency?</h3>
Energy from food is 5000 J
Energy lost in feces is 2300 J
Energy used in cellular respiration (metabolism) is 2500 J
The production efficiency of consumer in an ecosystem is given by
(Energy from food- Energy lost in feces-Energy used in cellular respiration (metabolism)) divided by (Energy from food- Energy lost in feces)
= (5000 - 2300 - 2500)/ (5000 - 2300)
= 7.4
<h3>What is
production efficiency?</h3>
Energy transfer efficiency from one trophic level to the next is referred to as ecological or production efficiency. It is determined by a variety of assimilation and resource acquisition efficiency for organisms within an ecosystem.
The average efficiency of energy transfer between trophic levels is such that net production at one trophic level is often only 10% of net production at the trophic level before it (the Ten percent law). In contrast to being absorbed for production by consumers, a sizeable quantity of energy is lost to the environment as a result of non-predatory mortality, egestion, and cellular respiration. Although these fractions differ significantly from ecosystem to ecosystem and from trophic level to trophic level, the picture roughly represents the fraction of energy available after each stage of energy loss in a typical ecosystem.
To learn more about production efficiency with the help of given link:
brainly.com/question/14292921
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