Their growth is stunted, the plants are weak, plant death could occur.
Potassium, nitrogen and phosphorus are necessary for groth repair and photosynthesis. Without these minerals the plant will not be able to photosynthesize and eventually DIE!
The glowing splint would extinguish in nitrogen. Nitrogen gas is inert and does not support combustion.
Nothing will happen as neon is chemically inert.
Normally Potassium exists in the form of water soluble inorganic salts.It is involved in the vital processes like photosynthesis , carbohydrate translocation & nitrogen metabolism.It also regulates stomatal contraction & involves in several enzymatic activity.Potassium deficient plants shows chlorosis of older leaves. The deficient leaf curls downwards ( convex) ,further leading to the necrosis of leaves.
Nitrogen dilutes oxygen by physically displacing it in the air. As nitrogen is added to a fixed volume of air, the oxygen concentration decreases proportionally. This can happen in confined spaces, leading to a decreased oxygen level which can pose a risk to human health and safety.
if nitrogen fixation does not take place nitrates will not be taken if nitrates are not there so there is no photosynthesis so it metaboills and if photosynthesis is not there so there is no life thats what nitrogen fixation not allows in nitrogen cycle
Plants require potassium, phosphorus, and nitrogen for healthy growth and development. If these nutrients stopped working together, plants would lack essential elements for photosynthesis, energy transfer, and overall growth. This could result in stunted growth, poor fruit or flower production, and increased susceptibility to diseases and environmental stress.
it would die
It dies.
suck some dick
Phosphorus is one of the 16-17 nutrients that are necessary for healthy plants and soils. Artificial, commercial, conventional, synthetic fertilizers recognize the critical role of phosphorus in plant growth. For they are called N-P-K fertilizers, because of their emphasis on the proportions of nitrogen, phosphorus, and potassium. A phosphorus deficiency shows up in a lack of overall good plant health. For example, plant growth may be stunted.
Low phosphorus levels can lead to symptoms like weakness, fatigue, muscle pain, and difficulty breathing. It can also cause bone weakening and increase the risk of fractures. Severe phosphorus deficiency can eventually lead to organ damage and even death.
It depends on how much water, how hot it is, and how much liquid nitrogen there is. The water will initially cause the liquid nitrogen to boil; if there's enough water and it's hot enough, it may make the nitrogen boil explosively. However, if there's enough nitrogen, it will eventually freeze the water.
Nothing will happen, nitrogen gas is inert and non toxic, 78% of the air we live in and breath is nitrogen.
nothing will happen
[1] As long as the leaves turn uniformly dark green and show no abnormal shaping, the tomato plant should be healthy. There's always a chance that the leaves will have the lushest green because they're where photosynthesis is being carried on. Proper amount of light plus proper chlorophyll show up as healthy green. The color also indicates that the plant's getting proper nutrient amounts, especially nitrogen. But if fruit doesn't develop, or if it develops too small, then the plant's getting too much nitrogen. [2] Purple stems may or may not indicate stress. Sometimes it's a sign of not enough phosphorus. Commercial fertilizers are ka NPK, for their emphasis on giving nitrogen, phosphorus, and potassium to the plant. Not enough phosphorus may mean exactly that. In that case, a fertilizer with a higher middle number [the P for phosphorus in NPK] or a superphosphate's the answer. Or there's enough of the nutrient. But the nutrient isn't being made available in the proper amounts to the plant. That can happen when air, soil and water temperatures are outside the plant's comfort range. So, for example, nutrients need to be in soluble form, to be taken in by plants. But they'll be more easily taken if when the water's lukewarm. [3] It always helps to have a soil analysis done by the local extension office. The analysis indicates what the soil has, what it doesn't have, and what to do about it.
Usually nothing bad would happen. Most people can regulate potassium well enough to take a large load of extra potassium without ill effect. If the person had kidney problems or for some other problems regulating potassium it could lead to high levels which can cause abnormal heart rhythms and even (rarely) death.
Nothing!