Increasing the number of carbons in a molecule increase the boiling point in the wast majority of cases.
in the increasing order of atomic number
The chemical element Chlorine has the atomic number 17 and is denoted by the symbol Cl. The boiling point for Chlorine is -34.04 degrees centigrade or -29.27 degrees Fahrenheit at standard pressure.
CH3Cl because it is polar meaning it has both a dipole-dipole bond and dispersion bond, where as CCl4 is non polar and only has a dispersion bond. Since CH3Cl is bonded together stronger, it will be harder to break up and therefore a greater temperature will be required to boil it Edited (9/20/10) CCl4 has a bp 76.7 C, CH3Cl has a bp -24.2 C, see wikipedia or MSDS info. That means the first answer is wrong. Boiling points are based on intermolecular forces. Stronger the forces, lower the vapor pressure, higher the bp. The reason CCl4 has a higher boiling point is because dispersion forces increase with increasing molecular weight and # of electrons. Therefore the greater number of electrons in CCl4 create a stronger dispersion force than the combined dipole+dispersion forces in the CH3Cl.
Increasing government funding of research
by using a more accurate thermometer by repeating the measurements between 30% and 50% tin by increasing the number of measurements between 40% and 60% tin by increasing the number of measurements between 50% and 70% tin
The boiling points of noble gases increase with increasing atomic number. Therefore, the order of increasing boiling points is helium < neon < argon < krypton < xenon < radon.
An electrolyte has a greater effect on the boiling point compared to a non-electrolyte when dissolved in water. This is because electrolytes break into ions in solution, increasing the number of particles and thus raising the boiling point more significantly through colligative properties compared to non-electrolytes which do not dissociate into ions.
1. Vapor pressure lowering: the decrease in vapor pressure with increasing the number of solute molecules in solution. 2. Boiling point elevation: the increase in boiling point with increasing number of solute molecules in solution. 3. Freezing point depression: the decrease in freezing point with increasing number of solute molecules in solution. 4. Osmotic pressure
The more is the number of carbons in the alkane, the more is its boiling point.REASON:- As the number of carbon increases, the becomes the molecular mass. And the more is the molecular mass, the greater becomes the surface area which increases the van der Waal force of intermolecular attraction thereby increasing the boiling point of the alkane.NOTE:- Among isomers (of the same alkane), the structure which have more # of side chain has less BP because more the # of side chains are present, more will the structure will be closer to the shape of a sphere, therefore will have smaller surface area.-by spd831
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As the number of carbons increase, each additional CH2 group contributes to a fairly constant increase in the boiling point and density. The melting point is also increased but to a lesser extent.
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The prefixes for naming hydrocarbons are based on the number of carbon atoms in the molecule. They include: meth- (1 carbon), eth- (2 carbons), prop- (3 carbons), but- (4 carbons), pent- (5 carbons), hex- (6 carbons), hept- (7 carbons), oct- (8 carbons), non- (9 carbons), dec- (10 carbons).
In order of increasing boiling point temperature, the compounds are CH4 (methane), C2H6 (ethane), and C3H8 (propane). This trend is due to the increasing molecular size and mass, which leads to stronger van der Waals forces between the molecules. As the number of carbon atoms increases, the boiling point rises due to these enhanced intermolecular interactions. Thus, CH4 has the lowest boiling point, followed by C2H6, and C3H8 has the highest.
Do you have a specific molecule or compound in mind? Without further context, it is not possible to determine the number of carbons.
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To determine the number of carbons on a ring structure, count the number of corners or vertices on the structure. Each corner represents a carbon atom in the ring.