Water is a compound. It does NOT share nitrogen.
Water has the chemical formula ' H2O '. This means it has two atoms of hydrogen and one atom of oxygen. It does NEITHER contain NOR share with nitrogen.
No, It is (NH2)2CO urea , it is a crystalline covalent organic compound used as fertilizer and is soluble in water
THere are several nitrogen/oxygen compounds. Viz., NO2 ; Nitrogen dioxide (Oxid'n state 4) NO ; Nitrogen monoxide (Oxid'n state 2) N2O ; Nitrous oxide (Laughing gas). (Oxid'n state 1) The different is in the oxidation state of nitrogen , as given alongside each.
H2O is a covalent compound with polar covalent bonds. In liquid water auto-ionisation takes placeH2O H+(aq) + OH-The dissocation is only very slight.
No. In its pure, gaseous form Ammonia is molecular - formula NH3, formed with covalent bonds throughout. However, when ammonia dissolves in water (it is VERY soluble in water by the way...) it reacts with the water forming an ionic solution - ammonium hydroxide. This has the formula NH4 OH . the NH4 is a positive ion with a single + charge, and the OH is a negative ion with a single negative charge. Ammonium hydroxide only exists as a solution in water however; as soon as you try to concentrate the solution up by evaporation, the ammonium hydroxide breaks back down into ammonia gas and water.
because it is H20! anyways, water is a polar covalent because it is slightly charged and it is symmetrical. Also, water is sticky which shows us that it is a covlent bond. because it attracts to itself, forms beads of water---- forms bonds together. A lot of bonds (water) together are very strong.
Nitrogen, yes. Water, no. Water is a compound of the elements oxygen and hydrogen.
No, It is (NH2)2CO urea , it is a crystalline covalent organic compound used as fertilizer and is soluble in water
THere are several nitrogen/oxygen compounds. Viz., NO2 ; Nitrogen dioxide (Oxid'n state 4) NO ; Nitrogen monoxide (Oxid'n state 2) N2O ; Nitrous oxide (Laughing gas). (Oxid'n state 1) The different is in the oxidation state of nitrogen , as given alongside each.
vegetable nutrients in water
Nitrogen sulfur oxide water
H2O is a covalent compound with polar covalent bonds. In liquid water auto-ionisation takes placeH2O H+(aq) + OH-The dissocation is only very slight.
When hydrogen burns, water is formed.
No. In its pure, gaseous form Ammonia is molecular - formula NH3, formed with covalent bonds throughout. However, when ammonia dissolves in water (it is VERY soluble in water by the way...) it reacts with the water forming an ionic solution - ammonium hydroxide. This has the formula NH4 OH . the NH4 is a positive ion with a single + charge, and the OH is a negative ion with a single negative charge. Ammonium hydroxide only exists as a solution in water however; as soon as you try to concentrate the solution up by evaporation, the ammonium hydroxide breaks back down into ammonia gas and water.
Water is a COMPOUND because it is formed from atoms of two elements.
because it is H20! anyways, water is a polar covalent because it is slightly charged and it is symmetrical. Also, water is sticky which shows us that it is a covlent bond. because it attracts to itself, forms beads of water---- forms bonds together. A lot of bonds (water) together are very strong.
Only WATER (H2O) . Compounds are molecules that contain atoms of different elements. Nitrogen (N2) , Oxygen(O2) and Hydrogen(H2) are molecules, but NOT compounds, because they only contain atoms of one element.
A molecular compound is a chemical compound composed of molecules formed by the sharing of electrons between atoms. These compounds typically consist of nonmetals bonded together. Examples include water (H2O) and methane (CH4).