Non polar gases have very low critical temperature. Non polar gases have weak forces of attraction between their particles. They cooled to very low temperature.
Polar gases have high value of critical temperature. The inter molecular forces are very strong . So polar gases have better tendency to be converted into liquid.
Ammonia has hydrogen bonds due to its ability to accept and donate hydrogen atoms. This makes it easier to liquefy compared to other gases with a similar molecular weight that lack hydrogen bonding. The presence of hydrogen bonds allows ammonia molecules to attract each other more strongly, resulting in a lower boiling point and easier liquefaction.
Polar covalent molecules have dipole-dipole interactions, which are stronger than the London dispersion forces in nonpolar molecules. This results in a higher boiling point, making them more likely to exist as liquids rather than gases at room temperature.
Of the gases listed, only CO2 contains polar bonds. The oxygen atom in CO2 is more electronegative than the carbon atoms, creating an asymmetrical distribution of electron density and resulting in a polar molecule.
Ammonia gas liquefies when it is exposed to high pressure and low temperature. By increasing the pressure and decreasing the temperature, the ammonia gas molecules come closer together, reducing their kinetic energy and causing them to form a liquid state.
Gases spread and mix faster than water because gases have lower viscosity and molecular interactions compared to liquids like water. This allows gas molecules to move more freely and quickly to fill the available space. Additionally, gases are compressible, meaning their volume can change easily with pressure, which also aids in their rapid mixing.
Ammonia has hydrogen bonds due to its ability to accept and donate hydrogen atoms. This makes it easier to liquefy compared to other gases with a similar molecular weight that lack hydrogen bonding. The presence of hydrogen bonds allows ammonia molecules to attract each other more strongly, resulting in a lower boiling point and easier liquefaction.
Yes, a polar bear could quite easily overpower a condor.
how am i suposed to know
Polar covalent molecules have dipole-dipole interactions, which are stronger than the London dispersion forces in nonpolar molecules. This results in a higher boiling point, making them more likely to exist as liquids rather than gases at room temperature.
Of the gases listed, only CO2 contains polar bonds. The oxygen atom in CO2 is more electronegative than the carbon atoms, creating an asymmetrical distribution of electron density and resulting in a polar molecule.
Because gases can be compressed more easily than liquids. This is because the particles in gases are more far apart than the particles are in liquids so have more room between them to be compressed together(:
easily liquifiable gases like Cl2, NH3,SO2,HCl are readily adsorbed because the critical temp of these gases are more. so it is easily liquified and adsorbed more readily.[critical temp is the minimum temp above which a gas cannot be liquified]easily liq. gases possess greater vanderwaals forces ,so they are adsorbed readily.these are the 2 reasons why these gases are readily adsorbed than permanent gases like H2, O2.N2 . etc
well the mighty lion is known as the king of the jungle and tends to eat human flesh though its the same for the polar bear.A lion can be tamed easily unlike a polar bear which takes expert hands.There are more cases of deaths by polar bears in a controlled facility than of lions.wild lions are of coarse more ferocious than wild polar bears and have taken more lives.So I would say there equal.
Ammonia gas liquefies when it is exposed to high pressure and low temperature. By increasing the pressure and decreasing the temperature, the ammonia gas molecules come closer together, reducing their kinetic energy and causing them to form a liquid state.
CuSO4 is ionic and water is polar. The types of bonding allow water to dissolve the salt much more easily than an organic solvent (e.g. alcohol, hexane) could.
Radiation typically passes through gases more easily than through solids and liquids because gases have lower density and atomic/molecular structure, allowing for less interaction and scattering of radiation particles. In solids and liquids, the atoms and molecules are more closely packed together, increasing the likelihood of absorption and scattering of radiation.
Nonpolar substances have lower melting and boiling points than polar substances because their particles are not attracted to each other like polar molecules are. They tend to be gases at room temperature (CO2, CH4, O2, etc). Not much heat is reguired to separate non-polar molecules from one another