If a substance has very polar molecules, will the attraction between its molecules be stronger or weaker than the attraction between a substance with nonpolar molecules?

Hydrogen includes inter molecular interactions with permanent dipoles (and partial charges) between hydrogen atoms and a few other . are based on random and instantaneous dipoles which last for fractions...

The way I see it, the part about how The molar mass of substance $"A"$ in material $"Eu"("A")_3$ is $"238 g mol"^(-1)$ does not make...

The only two substances that are of interest to you are $"A"$ and $"B"$, so you can write the chemical equation as $color(red)(2)"A" + ... -> color(blue)(3)"B" +...

$1*m^3-=1000*L$, and this is a very large volume. If you ever shift $4-5*m^3$ of concrete this is a good few hours hard work. Now gases have the property that they...

The greater the inter molecular forces in a substance the greater the attraction the molecules of the substance have for other molecules. Because the molecules in liquid A have...

A is the component of the solution which is present in the greatest quantity. Quantitatively the answer is within the question, substance D will be considered the solvent since it's...

Let's think of it from the perspective of the Lewis and Bronsted-Lowry definitions. Recall that: A Bronsted-Lowry acid donates a proton to a Bronsted-Lowry base, which accepts it....

The idea here is that you need to use the information provided by the problem to calculate the of the substance. Once you know this value, you can...

For a given substance, the molar of fusion, $DeltaH_"fus"$, tells you the enthalpy change that accompanies a solid $->$ liquid phase change of $1$ mole of said substance. This implies...

Half life refers to the time it takes or half of the substance to decay. If the half life is 5 years and we begin with 2000 grams, we...