Nitrogenous waste products can be regarded as waste product containing
nitrogen, as well as Urea and uric acid, and this are the common terrestrial nitrogenous waste
- <em>Different measures can be taken to reduce amount of nitrogenous waste which flows into the rivers and oceans and these are;</em>
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- Controlled drainage; this practice can helps to check the amount of nitrogenous waste by having a controlled period, so as to save aquatic life
- Effective Drainage water recycling as well as Bioreactors, and Constructed wetlands could help in reducing amount of nitrogenous waste , though this depends on the storage volume as well as relative crop and waste being treated.
- Two-stage ditches is another way to remove pounds of nitrate by treating the waste fraction of the nitrate present till everything is treated
Therefore, amount of nitrogenous waste can be controlled by Improved Nitrogen Management with government regulation.
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Answer:
First the water which is present in the sea and ocean evaporated due to the radiation of sunlight which changes liquid into vapours. These vapours goes to the atmosphere and forms cloud. These clouds moves to the hilly areas by winds and falls in the form of rainfall and snowfall. The water which is present in these hilly areas starts melting due to increase in temperature and this water flows down the land through streams and again meets the ocean.
a)The pros of replacing zn2+ by cd2+ is that Zn metallothionein was able to efficiently compete with Cd2+, Zn2+ was restored to these proteins for the first time. When Zn2+ is exclusively coupled to Cys-thiolate in mammalian metallothionein, clusters are formed that are both kinetically labile and thermodynamically stable for the metal.
The cons of replacing zn2+ by cd2+ is Cd2+ damages kidney proximal tubule cells
b) Co and Zn can completely replace one another, with the possible exception of minor individual needs that can be satisfied
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Answer: monocular cue
Explanation:
The key reason one don't lose sense of depth is because of monocular cue. Our brain can still detect the actual position of the object with helps of cues even if one eye is closed.
Such cues include (but are not limited to):
- Linear perspective - the fact that additional objects ultimately travel to a single point (i.e. two roads that converge into a single point in the distance)
- Texture - objects closer to you will have more complex texture compared to objects further away from
- Interposition - objects closer to you will be farther away from objects
- Accommodation - as you look closely at items, your eyes need to accommodate and concentrate on them using your eye muscles, giving your eyes an idea of where the object is located.
Hence, Monocular Cues are used by using one eye to help sense distance.