PROPANE. Structurally it is 'CH3-CH2- CH3'.
NB
#1 The 'prop' moiety indicates that there are three(3) carbons.
#2 the 'ane' moiety indicates that it is an Alkane.
NNB
The root names from Latin for the given number of carbons in the chain are
#1 ; meth
#2 ; eth
#3 ; Prop
#4 ; But
#5 ; Pent
#6 ; Hex
#7 ; Hept
#8 ; Oct
#9 ; Non
#10 ; Dec
NNB
The functional groups are indicated by
Alkane ; -Ane ( Single bond between two adjacent carbons)
Alkene ; -Ene (Double bond between two adjacent carbons ).
Alkyne ; -Yne (Triple bond between two adjacent carbons. ).
e.g.
PropEne ; CH2=CH-CH3
PropYne ; HC///C-CH3
The indicated capital letter is critical in the correct naming of hydrocarbons.
Pentane. Pent- means "five", and -ane refers to a saturated hydrocarbon i.e. an alkane.
C5H12
propane
The alkane with 100 hydrogen would be C49H100.The 100 hydrogen will have 49 carbons attached.The carbons on the ends would have 3 hydrogen each so the hydrogen left are 94 so the Carbon in the chain can only have 2 hydrogen each.Therefore the no of hydrogen in between will have 47 carbons and two carbons on the end. 47+2 =49 carbons.
1 carbon - methane 2 carbons - ethane 3 - propane 4 - butane 5 - pentane 6 - hexane 7 - heptane 8 - octane
C10H22 It is a chain of 7 carbons, with a branch on the 4th carbon, that branch is 3 carbons long.
G3P is a 3 carbons sugar.
3-methylhexane
The alkane with 100 hydrogen would be C49H100.The 100 hydrogen will have 49 carbons attached.The carbons on the ends would have 3 hydrogen each so the hydrogen left are 94 so the Carbon in the chain can only have 2 hydrogen each.Therefore the no of hydrogen in between will have 47 carbons and two carbons on the end. 47+2 =49 carbons.
1 carbon - methane 2 carbons - ethane 3 - propane 4 - butane 5 - pentane 6 - hexane 7 - heptane 8 - octane
C10H22 It is a chain of 7 carbons, with a branch on the 4th carbon, that branch is 3 carbons long.
Yes but you have to draw it as a 3 carbon ring structure (like a triangle) and the 1st carbon would have a CH3 and an OH.
alkane
The name of 3-heptene gives it away, for alkenes end in -ene. Heptene is a carbon chain of 7 carbons, and alkenes have a double bond between carbons at the noted carbon (3), so this double bond is between C3 and C4, and the chain is otherwise completely hydrogenated. You might write the structure as: CH3CH2CH=CHCH2CH2CH3
Four. A terminal carbon in an alkane is bonded to 3 hydrogens and 1 carbon, while a middle carbon is bonded to 2 hydrogens and 2 carbons.
any alkane consists of a string of carbon molecules with covalent SINGLE bonds between adjacent carbon atoms. The carbon atoms are then single bonded to two hydrogen atoms each, and the carbon atoms on the end of the chain that are only bonded to one other carbon atom each get 3 hydrogens. so an alkane with 2 carbons gets 6 hydrogen, an alkane with 3 carbons gets 8, an alkane with 4 carbons gets 10, etc. So the formula is CnH2n+2. This means if you have 'n' carbon atoms in the alkane, you have 2n+2 hydrogen atoms.
Decane has 10 carbons, C10H22. The nomenclature uses Latin root names. Meth = 1 Eth =2 Prop = 3 But = 4 Pent = 5 Hex = 6 Hept = 7 Oct = 8 Non= 9 Dec = 10
Pyruvic acid is C3H4O3 and has 3 carbon atoms.
G3P is a 3 carbons sugar.
3-methylhexane