Answer:
An improved agricultural practices such as adjustment of application rate, application of the right amount of nitrogen, use of slow controlled release fertiliser, applying nitrogen fertilisers when least susceptible to loss, crop rotation
Explanation:
The strengths of the cell model are :
easy to understand and
All cell processes are represented/shown
The weakness of cell model is :
The cell model does not represent the cell accurately (organelles are not shown )
RNAs involved in transcription are not shown in the cell model as well
The cell model is a visual representation of a biological cell as entities of their own. Some strengths of the cell model is that it is easy to understand when studied because most of the processes of cell formation are clearly shown in the model while some of the weakness that a cell model possesses are that all the organelles of the cell are not represented (this makes the cell model an inaccurate representation) also the RNA involved in transcription are not shown in the cell model.
Hence, we conclude that the weakness and strengths of the cell model are an inaccurate representation of the cell, absence of RNAs, easy to understand and proper representation of cell processes.
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Answer:</h2>
Option 3rd. anaerobic process that breaks down glucose
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Explanation:</h2>
- On observing only glycolysis it is an anaerobic process. As none of the nine steps of glycolysis involve the use of oxygen.
- After, immediate finish of glycolysis, the cell continues respiration either in anaerobic or anaerobic direction this depends upon the presence of oxygen and mitochondria.
- If oxygen and mitochondria is present the glycolysis will be broken down to produce 2 molecule of pyruvate as the end product which will be utilized in further processes(in kreb's cycle and ETS).
- In case if oxygen is absent then different types of alcohols and and acids are formed.
Result: Glycolysis does not involve oxygen and hence is a anaerobic process.
Since the particles of gas all try to separate and move into equilibrium when exposed to space, all of the particles have been moved out to a certain ratio of particle per air, if that makes sense. When moved to a bigger space, the concentration of the particles aren't as condensed. So therefore, the particles will move out and put more space in between each particle. They will all be spaced out, and there will be less total particles of gas per square inch of air.
Victims with sleep apnea often stop breathing 20 times per hour.