Methane is CH4 or H-CH3
Ethane is CH3-CH3
When compared to H- (in methane), the CH3- (methyl group in ethane) is more electron donating and hence ethane is more basic than methane.
Methanol is CH3OH, ethanol is CH3CH2OH. Both are alcohols, ethanol has one carbon more (or a CH2 group more) and is less polar than methanol. Also ethanol has higher boiling point than methanol.
Water is more polar than ethanol. This is because water has stronger hydrogen bonding due to the presence of more hydrogen-bonding sites (two hydrogen atoms and one oxygen atom), making it a better solvent for polar substances. Ethanol is also polar but has weaker hydrogen bonding compared to water.
yes, it is much more soluble in ethanol than in water.
Most salts will dissolve more readily in water than ethanol, so in ethanol the solid can crystallize out at lower concentrations. Also ethanol has the added benefit of being more easily removed by evaporation.
Yes, the reaction of ethanol with sodium is generally more vigorous than water with sodium. This is because ethanol is more polar than water, allowing it to facilitate faster reactions. Ethanol also has a lower dielectric constant, which promotes higher reactivity with sodium.
Ethanol is polar, as the non-polar OH group still exerts enough force over the rest of the chain to make the entire hydrocarbon dissolve. This trend continues with alcohols with one carbon (methanol) two carbons (ethanol) three carbons (propanol) and four carbons (butanol). However, butanol is only polar when the OH functional group is attached to a secondary carbon (i.e. butan-2-ol) Hexane is always non-polar, as it is a symmetrical hydrocarbon (like most of them) which means that all forces cancel each other out. So ethanol is more polar than hexane.
Methanol is CH3OH, ethanol is CH3CH2OH. Both are alcohols, ethanol has one carbon more (or a CH2 group more) and is less polar than methanol. Also ethanol has higher boiling point than methanol.
Yes, methanol is more polar than acetone because it has a higher dipole moment and stronger hydrogen bonding capabilities due to its hydroxyl group. Acetone is a less polar solvent compared to methanol.
Ethanol is more soluble in water than methanol because ethanol has a longer hydrocarbon chain which increases its ability to hydrogen bond with water molecules, making it more soluble. Methanol has a shorter hydrocarbon chain which reduces its ability to hydrogen bond with water molecules, decreasing its solubility.
Methanol is more toxic than ethanol. Methanol can cause severe health effects, including blindness and death, even in small amounts. Ethanol, found in alcoholic beverages, is less toxic and is metabolized more safely by the body.
I do believe that since methanol (CH3OH) is a smaller molecule than ethanol (C2H5OH), and alcohol loses its polarity (and its ability to dissolve polar molecules as well as its own miscibility in water, also a polar molecule) at around 5 carbons or so, then it would follow that perhaps methanol is better at grabbing onto those polar compounds you'd like to extract. Ethanol usually works just fine for long term extraction, and provides a product we can consume.
Water is more polar than ethanol. This is because water has stronger hydrogen bonding due to the presence of more hydrogen-bonding sites (two hydrogen atoms and one oxygen atom), making it a better solvent for polar substances. Ethanol is also polar but has weaker hydrogen bonding compared to water.
Acetonitrile is slightly more polar than methanol. This is due to the presence of the C-N triple bond in acetonitrile (CH3CN).
Yes , phenol is more polar than toluene. because ph-OH has more dipole moment than Ph-CH3
Ethanol is more polar. Propanol has three ch3-OH groups which affect the polarity, making it less polar.
Ethanol and methanol are both types of alcohol with similar chemical structures. They are commonly used as solvents, fuels, and disinfectants. However, they have different toxicities, with methanol being more toxic than ethanol when ingested.
There are far more than five. Ethanol, methanol, 2-propanol, pentane, and hexane are five extremely common examples.