Because this crude oil has a short chain
using fractional distillation. first crude oil is heated up until it turned to gas and the residue (bitumen) goes through the most bottom pipe to be used for tar macing roads. The fractionating column has different fraction that are at different temperatures (gets colder as you go up). And because hydrocarbons got different boiling point (the longer the hydrocarbon, the higher the boiling point), the gas then travels up and as certain hydrocarbons got to the fraction below their boiling point they turn from gas to liquid and go through the pipe to be used.The fractional distillation goes in this order:-(shortest chain/lowest boiling point)LPGPetrolParaffinLight Gas OilDieselLubricating SubstancesBitumen(longest chain/highest boiling point)Hope this help! (if not don't blame me, I'm only 14!)
406 nm
The molecule you have described (C8H18) is Octane. The number of carbon atoms in the longest molecule chain give the first part of the IUPAC name.C Atom Number - First Part1 ---------------------Meth2 ---------------------Eth3 ---------------------Prop4 ---------------------But5 ---------------------Pent6 ---------------------Hex7 ---------------------Hept8 ---------------------OctType of Molecule - SuffixAlkane ----------------aneAlkene ----------------eneAlcohol ----------------anolKetone ---------------oneAldehyde -------------analCarboxylic Acid ------oic Acid
The molecule you have described (C8H18) is Octane. The number of carbon atoms in the longest molecule chain give the first part of the IUPAC name.C Atom Number - First Part1 ---------------------Meth2 ---------------------Eth3 ---------------------Prop4 ---------------------But5 ---------------------Pent6 ---------------------Hex7 ---------------------Hept8 ---------------------OctType of Molecule - SuffixAlkane ----------------aneAlkene ----------------eneAlcohol ----------------anolKetone ---------------oneAldehyde -------------analCarboxylic Acid ------oic Acid
Single bonds are the longest type of covalent bond.
using fractional distillation. first crude oil is heated up until it turned to gas and the residue (bitumen) goes through the most bottom pipe to be used for tar macing roads. The fractionating column has different fraction that are at different temperatures (gets colder as you go up). And because hydrocarbons got different boiling point (the longer the hydrocarbon, the higher the boiling point), the gas then travels up and as certain hydrocarbons got to the fraction below their boiling point they turn from gas to liquid and go through the pipe to be used.The fractional distillation goes in this order:-(shortest chain/lowest boiling point)LPGPetrolParaffinLight Gas OilDieselLubricating SubstancesBitumen(longest chain/highest boiling point)Hope this help! (if not don't blame me, I'm only 14!)
lipids
406 nm
It´s the stuff that your body is full of, DNA
cauculatic algerbrayic division on a negative fraction to the 19th pi.
The longest carbon chain is six long...not five. Making it 2,3,3-trimethylhexane
8-letter wordscarbinol, cilantro, contrail, flatiron, fornical, fraction, inflator, trifocal
The molecule you have described (C8H18) is Octane. The number of carbon atoms in the longest molecule chain give the first part of the IUPAC name.C Atom Number - First Part1 ---------------------Meth2 ---------------------Eth3 ---------------------Prop4 ---------------------But5 ---------------------Pent6 ---------------------Hex7 ---------------------Hept8 ---------------------OctType of Molecule - SuffixAlkane ----------------aneAlkene ----------------eneAlcohol ----------------anolKetone ---------------oneAldehyde -------------analCarboxylic Acid ------oic Acid
thermal energy molecule
The molecule you have described (C8H18) is Octane. The number of carbon atoms in the longest molecule chain give the first part of the IUPAC name.C Atom Number - First Part1 ---------------------Meth2 ---------------------Eth3 ---------------------Prop4 ---------------------But5 ---------------------Pent6 ---------------------Hex7 ---------------------Hept8 ---------------------OctType of Molecule - SuffixAlkane ----------------aneAlkene ----------------eneAlcohol ----------------anolKetone ---------------oneAldehyde -------------analCarboxylic Acid ------oic Acid
The molecule you have described (C8H18) is Octane. The number of carbon atoms in the longest molecule chain give the first part of the IUPAC name.C Atom Number - First Part1 ---------------------Meth2 ---------------------Eth3 ---------------------Prop4 ---------------------But5 ---------------------Pent6 ---------------------Hex7 ---------------------Hept8 ---------------------OctType of Molecule - SuffixAlkane ----------------aneAlkene ----------------eneAlcohol ----------------anolKetone ---------------oneAldehyde -------------analCarboxylic Acid ------oic Acid
The molecule you have described (C8H18) is Octane. The number of carbon atoms in the longest molecule chain give the first part of the IUPAC name.C Atom Number - First Part1 ---------------------Meth2 ---------------------Eth3 ---------------------Prop4 ---------------------But5 ---------------------Pent6 ---------------------Hex7 ---------------------Hept8 ---------------------OctType of Molecule - SuffixAlkane ----------------aneAlkene ----------------eneAlcohol ----------------anolKetone ---------------oneAldehyde -------------analCarboxylic Acid ------oic Acid