Adjectives For Nitrogen
Discover the most popular adjectives for describing nitrogen, complete with example sentences to guide your usage.
Updated on March 16, 2024
Nitrogen, a crucial element for life on Earth, manifests in various forms, each embodied by a specific adjective that adds a layer of meaning and nuance. From the cold, transformative 'liquid' nitrogen utilized in scientific experiments to the encompassing 'atmospheric' nitrogen that forms a significant part of the air we breathe, these adjectives reveal the multifaceted roles nitrogen plays in our ecosystem. The terms 'organic' and 'free' nitrogen delve into its availability and form, affecting everything from agriculture to environmental studies. Understanding these distinctions through the adjectives most often paired with nitrogen can enhance our comprehension of its essential functions. Dive into the full list of adjectives linked to nitrogen to explore its diverse implications and applications.
| liquid | The scientist quickly submerged the specimen in liquid nitrogen to preserve it. |
| total | Total nitrogen in the soil was determined by the Kjeldahl method. |
| atmospheric | The process of converting atmospheric nitrogen into ammonia is called the Haber process. |
| organic | The organic nitrogen is crucial for life and an important part of proteins and nucleic acids. |
| free | Plants can utilize atmospheric free nitrogen if they establish a symbiotic relationship with certain soil bacteria. |
| available | Heavy rains pose a serious risk of nitrogen losses through leaching and denitrification, with negative impacts on the availability of available nitrogen in the soil. |
| more | The soil contained more nitrogen |
| inorganic | Inorganic nitrogen compounds are essential nutrients for plants and soil organisms. |
| molecular | Molecular nitrogen is the most abundant form of nitrogen on Earth. |
| pure | The pure nitrogen was used as a coolant in the experiment. |
| dry | Nitrogen gas devoid of moisture is referred to as dry nitrogen |
| much | The lake contained much nitrogen |
| urinary | Urinary nitrogen is a measure of the amount of nitrogen excreted in the urine. |
| soluble | The soluble nitrogen in the water was measured using a spectrophotometer. |
| gaseous | The gaseous nitrogen in the air is essential for plant growth. |
| excess | The excess nitrogen in the soil is due to the overuse of fertilizers. |
| less | The soil had less nitrogen than was needed for optimal plant growth. |
| amino | The amino nitrogen content of the protein was determined by the Kjeldahl method. |
| nitrate | The nitrate nitrogen concentration in the river water was measured to be 10 mg/L. |
| ammoniacal | The ammoniacal nitrogen concentration in wastewater was 20 mg/L. |
| acid | The acid nitrogen component of the fertilizers is harmful to the environment. |
| atomic | Atomic nitrogen is a highly reactive form of nitrogen that is found in the upper atmosphere of the Earth. |
| residual | The residual nitrogen in the soil was measured to be 10 ppm. |
| active | Active nitrogen is a highly reactive form of nitrogen that is produced in the atmosphere by lightning strikes and other high-energy processes. |
| additional | Farmers use additional nitrogen to increase crop yields. |
| basic | Aliphatic compounds containing basic nitrogen are relatively uncommon in nature. |
| elemental | Elemental nitrogen is the predominant form of nitrogen in the atmosphere. |
| elevated | The elevated nitrogen levels in the atmosphere are causing harm to the environment. |
| dietary | Dietary nitrogen can be converted to urea and uric acid and excreted in the urine. |
| urea | Urea nitrogen is a component of blood plasma that is measured to assess kidney function. |
| fecal | Fecal nitrogen is a waste product excreted by animals. |
| sufficient | The soil has sufficient nitrogen for the plants to thrive. |
| extra | The plant grew to an enormous size thanks to the extra nitrogen in the soil. |
| enough | The plants need enough nitrogen to grow properly. |
| bound | Corn plants require large amounts of bound nitrogen for their growth. |
| quaternary | The quaternary nitrogen atom is bonded to three other atoms. |
| inert | |
| reactive | Reactive nitrogen is a form of nitrogen that reacts easily with other chemicals. |
| ammonia | The high pH of the wastewater caused high levels of ammonia nitrogen to be released. |
| nitrite | The nitrite nitrogen concentration in the water sample was 0.5 mg/L. |
| nitric | Nitric nitrogen is a crucial nutrient for plant growth. |
| elementary | Elementary nitrogen N2, makes up about 78% of the Earth's atmosphere. |
| ammonium | Ammonium nitrogen is the inorganic form of nitrogen found in wastewater. |
| synthetic | Synthetic nitrogen is used as a fertilizer to increase crop yields. |
| solid | The solid nitrogen was so cold that it made my hands freeze. |
| fixed | The presence of fixed nitrogen affects the growth of plants. |
| endogenous | The plant's endogenous nitrogen reserves were depleted. |
| nonprotein | Nonprotein nitrogen is a measure of nitrogen-containing compounds in the blood that are not proteins. |
| isotopic | Isotopic nitrogen can be used to trace the movement of nitrogen through an ecosystem. |
| insoluble | The insoluble nitrogen is not available to plants. |
| applied | The scientist applied nitrogen to the plant. |
| tertiary | They studied the tertiary nitrogen of the organic compound. |
| excessive | The excessive nitrogen in the soil caused the plants to grow too quickly. |
| absorbed | |
| assimilable | |
| adequate | The plants received adequate nitrogen for optimal growth. |
| volatile | The volatile nitrogen compounds in the atmosphere are harmful to the environment. |
| faecal | The faecal nitrogen output was 0.21 g/day. |
| added | The plants grew taller with the added nitrogen |
| undetermined | The researcher tried to determine the amount of undetermined nitrogen in the soil sample. |
| uric | Uric nitrogen is a waste product found in the urine of humans and other animals. |
| bacterial | Certain bacteria called nitrogen-fixing bacteria convert bacterial nitrogen to ammonia, which is then converted to nitrate by nitrifying bacteria, and nitrate is taken up by plants. |
| odd | The odd nitrogen atoms were not accounted for in the model. |
| trivalent | Trivalent nitrogen is a nitrogen atom with three bonds to other atoms. |
| excreted | The concentration of excreted nitrogen can be used to determine fertilizer requirements. |
| terminal | The trace element is transported as a complex with terminal nitrogen |
| usable | The plant uses the usable nitrogen to make proteins, vitamins, and enzymes that it needs to grow. |
| purified | The purified nitrogen was used to create a controlled atmosphere in the laboratory. |
| fifths | The air we breathe is mostly composed of nitrogen, about four-fifths nitrogen. |
| foliar | To optimize corn yield and minimize nitrogen losses, it is important to apply foliar nitrogen at the right time and in the right amount. |
| coagulable | The coagulable nitrogen in the blood is an important factor in blood clotting. |
| ingested | The ingested nitrogen is used to synthesize proteins and nucleic acids. |
| supplemental | The supplemental nitrogen is applied to the soil to increase crop yields. |
| abundant |
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