Honestly, you can look at the notes you took and even look down some things in google to help u solve ur answer
Answer:
Explanation:
= Initial concentration = 1.46 g/L
= Final concentration = 2.7 g/L
= Initial pressure = 8 atm
= Final pressure
From Henry's law we have the relation
The pressure of a sample of the same gas at the required concentration is .
0.06105 moles is the number of moles of water lost.
<h3>What is molar mass?</h3>
Molar mass is defined as the mass in grams of one mole of a substance.
Given data:
Mass of water = 1.1g
Molar mass water = 18.016 g/mol
Moles of water =?
These quantities are related by the following equation;
Moles = 
Substituting the values of the quantities and solving for moles, we have;
Moles = 
= 0.06105 moles.
Hence, the 0.06105 moles is the number of moles of water lost.
Learn more about molar mass here:
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London Dispersion Force between solute and solvent in each solution is the strongest type of intermolecular force.
<h3>What is London Depression Force ?</h3>
There are 4 types of intermolecular forces -
- Dispersion Force
- Dipole–Dipole
- Hydrogen Bonding, and
- Ion-Dipole.
The London dispersion force is a transient attractive attraction that occurs when two nearby atoms' electrons occupy locations that cause the atoms to form temporary dipoles. This force is also known as induced dipole-induced dipole attraction.
Example ; If these atoms or molecules come into contact with each other, dispersion forces exist between them. Consider the London dispersion forces between two chlorine molecules. Both chlorine atoms are connected in this case via a covalent connection formed by the equal sharing of valence electrons between two chlorine atoms.
Thus from the above solution we can say that in between these solutions London Depression force is the strongest force.
To know more about Depression Force please click here ; brainly.com/question/1455074
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