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The conditions given in the question describe a molecule of either acetone or propionaldehyde. In either instance, 6 hydrogen atoms are required to complete the molecule: H3C-C(O)-CH3 or H3C-CH2-CHO.

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How many hydrogens would be required to complete a molecule that contained a carbon and a nitrogen with a C-N single covalent bond between them?

Carbon = 4 valance electronsNitrogen = 5 valance electrons4 + 5 = 9 and 2 valance electrons used for the single bond, 9 - 2 = 73 hydrogens can attach to the carbon and 4 hydrogens can attach to the nitrogen, so.......7 hydrogen atoms would complete this molecule===================================


Is C6H12O6 an ionic or covalent bond?

Glucose is formed using Covalent Bonding. This is proven because none of the elements that form Glucose are metals (Carbon is a Gas, Hydrogen is a Gas and Oxygen is a Gas). Ionic Bonding is the transfer of elections from METAL to NON-METAL. If you are drawing a diagram of the Glucose (to show how many electrons are shared with each element), simply draw a ring of the Carbons. Then, draw 1 Hydrogen connected to the Carbons, by themselves. Finally, draw an Oxygen connected to each of the Carbons, with a further Hydrogen connected to each of the Oxygens. Now, with Glucose, you have 12 Hydrogens that all need another Electron to complete it's outmost shell. Hydrogen, only having 1 proton (therefore having 1 electron), needs just one because the stable form of electrons is always 2,8,8. Hydrogen is also in Group 1, so it only has 1 shell. The 6 Hydrogens connected directly to the Carbons will share it's only electron with the Carbon. The Carbon, in turn, will share 1 electron back, leaving the Carbon with 3 electrons that it can share and it will also need 3 more electrons to complete it's outer shell. The 6 Hydrogens connected to the Oxygens will also share it's only electron with the Oxygen. The Oxygen will also share 1 electron with the Hydrogen. At this stage, the Hydrogens will all have a complete outer shell. Now, the Oxygen needs 1 electron to complete it's outer shell and the Carbon needs 3 to complete it's outer shell. So, simply share 3 electrons from each Oxygen with the Carbon and allow the Carbon to share a single electron. You will find that every atom has a full outer shell. It does get a bit confusing, I know. But you've just got to remember that Ionic Bonding is the TRANSFER of Electrons from METAL to NON-METAL. If a Metal is not present, it is not Ionic Bonding.


Is BrF connected by a covalent bond?

yes, because it is combination between 2 nonmetals


Is H and H covalent?

When two hydrogens bond, they share their electrons. This makes it covalent. I think this is what you were asking.


Is NO a single covalent bond?

This compound makes a double covalent bond between nitrogen and oxygen.

Related Questions

How many hydrogens would be required to complete a molecule that contained a carbon and a nitrogen with a C-N single covalent bond between them?

Carbon = 4 valance electronsNitrogen = 5 valance electrons4 + 5 = 9 and 2 valance electrons used for the single bond, 9 - 2 = 73 hydrogens can attach to the carbon and 4 hydrogens can attach to the nitrogen, so.......7 hydrogen atoms would complete this molecule===================================


What kind of chemical bond holds water together?

Covalent bonds between the hydrogens and central oxygen


Is C6H12O6 an ionic or covalent bond?

Glucose is formed using Covalent Bonding. This is proven because none of the elements that form Glucose are metals (Carbon is a Gas, Hydrogen is a Gas and Oxygen is a Gas). Ionic Bonding is the transfer of elections from METAL to NON-METAL. If you are drawing a diagram of the Glucose (to show how many electrons are shared with each element), simply draw a ring of the Carbons. Then, draw 1 Hydrogen connected to the Carbons, by themselves. Finally, draw an Oxygen connected to each of the Carbons, with a further Hydrogen connected to each of the Oxygens. Now, with Glucose, you have 12 Hydrogens that all need another Electron to complete it's outmost shell. Hydrogen, only having 1 proton (therefore having 1 electron), needs just one because the stable form of electrons is always 2,8,8. Hydrogen is also in Group 1, so it only has 1 shell. The 6 Hydrogens connected directly to the Carbons will share it's only electron with the Carbon. The Carbon, in turn, will share 1 electron back, leaving the Carbon with 3 electrons that it can share and it will also need 3 more electrons to complete it's outer shell. The 6 Hydrogens connected to the Oxygens will also share it's only electron with the Oxygen. The Oxygen will also share 1 electron with the Hydrogen. At this stage, the Hydrogens will all have a complete outer shell. Now, the Oxygen needs 1 electron to complete it's outer shell and the Carbon needs 3 to complete it's outer shell. So, simply share 3 electrons from each Oxygen with the Carbon and allow the Carbon to share a single electron. You will find that every atom has a full outer shell. It does get a bit confusing, I know. But you've just got to remember that Ionic Bonding is the TRANSFER of Electrons from METAL to NON-METAL. If a Metal is not present, it is not Ionic Bonding.


What do atoms form when they are connected by covalent bonds?

Molecules


Is BrF connected by a covalent bond?

yes, because it is combination between 2 nonmetals


Is H and H covalent?

When two hydrogens bond, they share their electrons. This makes it covalent. I think this is what you were asking.


Is NO a single covalent bond?

This compound makes a double covalent bond between nitrogen and oxygen.


Is silica covalent or ionic?

Silicon dioxide has a network covalent bonding.


Is CH4 ionic or molecular?

As carbon and hydrogen are both nonmetals, it is covalent.


Is C3H8 covalent or ionic?

Covalent


What do atoms that are connected by covalent bonds share?

Atoms connected by covalent bonds share pairs of electrons to achieve a stable electron configuration. These shared electrons are localized between the bonded atoms. Additionally, covalent bonds are formed by the overlap of atomic orbitals.


What type of bond is contained between carbon and oxygen atom of carbon dioxide?

Covalent because it is between 2 nonmetals and it could also be a polar covalent