Answer:
soil and vegetative matter screening for soil structure integrity and invasive pathogens
Explanation:
Repeated use of fertilizer causes the soil to break down and lose it nutrient capacity. This in turn will affect the integrity of the plants, now in a nutrient deficit environment. In addition to this, soil micro-biome environment may also be compromised once soil structure and nutrient is lost. Some of the bacteria, fungi and protozoan in the soil plays a role in defense against invasive pathogens. When this is lost the possibility for infection and increased risk of unknown pest and disease is imminent.
Hi,
The correct answers should be:
Electrons are smaller than protons
The majority of an atom’s mass is in the nucleus
Protons and neutrons are about the same size.
The first option is not true since in the picture you can see three different kinds of particles, while the second one is false since different electrons can occupy different energy levels and the same electron can “jump” from one energy level to another one if stimulated.
Hope this helps! If my answer was not clear enough or you’d like further explanation, please let me know. Also, English is not my first language so I’m sorry for any mistakes.
Answer:
fossil species- must be old relative to the time of origin of the extant clade.
Single-celled microorganisms that can exist either as independent (free-living) organisms or as parasites (dependent on another organism for life). The plural of bacterium
Finding the reactions in the equation 2KCIO3(s)-2KCI (s)+ 3O2 (g) A 2KCIO3 B 2KCI and 3O2 C 2KCI D.....well first look for the synthesis reactions which are if two different elements are one one side and a compound on the other side where the elements form....the next reaction you would look for would be the decomposition reaction.....and I still don't see this because if I did it would be the same as the synthesis reaction except it would be the other way around...sooo the compound of the elements would be on the right and when you add the elements it would be on the left side....the next reaction is the single displacement which I don't see in this example...the single displace me is when you are adding the elements not the left and on the right it's the same thing BUT the elements are in different order....and the last one is the combustion reaction which I do see....this is when there is adding element on both side.......so the reactions I see in this example is the combustion reaction.....hope it helps....:)
