It is a SINGLE COVALENT bond.
Structurally it is shown as H3C-CH3 , which is the alkane , named ethane.
Do neither confuse with a DOUBLE COVALENT bond, nor a TRIPLE COVALENT bond.
These last two are different functional groups.
Double covalent bond is H2C=CH2, which is the alkEne, named ethEne.
Triple covalent bond is HC///CH, which is the alkYne, named ethYne.
Note the number of hydrogens in each functional group. Note the number of bonds between carbons in each group. Note the one letter change in the Functional Group name , and the Chemical name.
C2H6 is the structure of ethane although the chemical formula can be shown in the displayed formula as well. This is shown by 6 C-H single bonds and 1 C-C single bond as carbon needs 4 bonds to other atoms.
Yes, it is a form of chemical bond. Other chemical bonds include ionic and metallic bond.
In the IR spectrum of a compound containing a CC double bond, characteristic peaks can be observed around 1650-1600 cm-1 for the CC stretching vibration.
The chemical bond between chlorine and hydrogen is polar covalent.
the weak chemical attraction is Hydroden bond while the stronger one is the Ionic bond
Ethane ; H3CCH3 NB Methane ' CH4 Propane ; CH3CH2CH3 Butane ; CH3CH2CH2CH3 et seq.
No, it is a molecular covalent bond.
No chemical bond, but a metallic bond.
C2H6 is the structure of ethane although the chemical formula can be shown in the displayed formula as well. This is shown by 6 C-H single bonds and 1 C-C single bond as carbon needs 4 bonds to other atoms.
All chemicals are held by chemical bond
The chemical bond of carbohydrates is called glycosidic bond.
Yes, it is a form of chemical bond. Other chemical bonds include ionic and metallic bond.
Any atom that hasn't undergone chemical bond.
In the IR spectrum of a compound containing a CC double bond, characteristic peaks can be observed around 1650-1600 cm-1 for the CC stretching vibration.
The energy of chemical bond depends on the type of this bond: hundreds of kJ/mol.
chemical bond
A chemical bond