Linked from

The 14 pages that link to Propane, each with the reason it gives.

• MethaneCompared with: Its larger molecules liquefy more readily than methane at ordinary pressures.

• GlycerolRelated: Glycerol’s three-carbon skeleton is derived from propane by replacing three hydrogens with hydroxyl groups.

• ButaneCompared with: Propane remains vapor at lower temperatures than butane, making it more suitable for cold-weather use.

• EthaneCompared with: It extends ethane’s carbon chain by one carbon while retaining only single bonds.

• PropyleneCompared with: Propane differs from propylene by having a saturated bond and two additional hydrogen atoms.

• Dimethyl etherCompared with: It is a familiar pressurized-fuel alternative with different combustion and emissions characteristics.

• Liquefied petroleum gasBroader topic: Propane is a major LPG component, especially in colder climates and outdoor applications.

• PhenylpropanoidRelated: The term phenylpropane names the three-carbon side chain attached to a phenyl group.

• IsobutaneCompared with: Propane is a common LPG fuel with one fewer carbon atom than isobutane.

• 1-PropanolCompared with: Replacing one hydrogen in propane with a hydroxyl group gives the carbon skeleton found in 1-propanol.

• Food cartRelated: Propane can power cooking equipment where fixed gas connections are unavailable.

• PropyneCompared with: Propane shares propyne’s carbon count but lacks multiple bonds.

• Barbecue grillRelated: Portable gas grills commonly burn propane stored in refillable cylinders.

• BlowtorchBroader topic: It is a widely used fuel in portable blowtorches.