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One Nitrogen and one Oxygen
Answer is two. Two atoms of Nitrogen. You can say one molecule of nitrogen. Because one molecule of nitrogen is composed of two toms of nitrogen.
No. Nitrogen is an element in and of itself.
that answers the question two atoms of nitrogen
The formula is NO2, One Nitrogen and 2 Oxygen
eutrophication
Nitrogen oxide refers to a number of gasses composed of differing levels of nitrogen and oxygen. One such gas is nitrous oxide, also referred to as "laughing gas," which is commonly used in dentistry and surgery as an anesthetic.
No one expect for the people who got them knows. The danger hound was only for members, not low levels, and the code was one-time use only and emailed to the specific people who won them.
The chemical formula for nitrogen monoxide is NO. It consists of one nitrogen and one oxygen atom per molecule of nitrogen monoxide.
Nitrogen and carbon bind together in decomposition. This is how compost is made. Nitrate leaching occurs when rain falls on soils whose available nitrogen exceeds soil carbon. This means that there is nothing for the nitrogen atoms to bind to in the soil, and so they are lost to the subsoil as water drains through. One solution to excessive nitrogen is to add highly carbonaceous materials such as wood chips to the problem area.
Nitrogen monoxide is a compound with the chemical formula NO.
One Nitrogen and one Oxygen
You can use a Soil Test kit (Rapitest Soil Test Kit) to find the pH and levels of nitrogen, potassium and phosphorus.
Answer is two. Two atoms of Nitrogen. You can say one molecule of nitrogen. Because one molecule of nitrogen is composed of two toms of nitrogen.
A single nitrogen atom can be chemically reactive while a nitrogen molecule is relatively stable and tends to be faf more inert. A nitrogen molecule also has twice the mass of a nitrogen atom.
There's only one element, and that's nitrogen. There are two atoms of nitrogen in a nitrogen molecule.
only have one : hydrogen, helium. two: lithium, beryllium, boron, carbon, nitrogen, oxygen, fluorine, and neon