The osmotic pressure of the solution is 25.48atm
Data;
- Mass = 69.5g
- Molar mass = 162.20g/mol
- Volume = 2.35L
- Temperature = 35.0^oC
<h3>Osmotic Pressure</h3>
The osmotic pressure of the solution is calculated as
- i = Vant Hoff Factor
- M = molarity
- R = gas constant
- T = Temperature
The Vant hoff factor of the factor = 4
Let's calculate the molarity of the solution;
Number of moles = mass / molar mass
substitute the values into the formula and solve for it
The molarity of the solution is calculated as
The osmotic pressure of the solution is calculated as
The osmotic pressure of the solution is 25.48atm
Learn more on osmotic pressure here;
brainly.com/question/8195553
Answer:
Explanation:
Carbon (coke) burns in air to form carbon dioxide gas.
(i) C(s) + O2 ↑= CO2 ↑
Appropriate method for separating a mixture of iron and aluminum is definitely <span>A. using a magnet. If we use the second method we will </span>vaporize either aluminum or iron.
If we used the third method it <span> would change liquid into a gas which is strange according to the task.
</span>And observing (even for a long time) won't help separating.
Answer:
0.250 mol Mg²⁺
0.500 mol Cl⁻
Explanation:
Magnesium chloride (MgCl₂) dissociates into ions according to the following equilibrium:
MgCl₂ ⇒ Mg²⁺ + 2 Cl⁻
1 mol 1 mol 2 mol
1 mol of Mg²⁺ and 2 moles of Cl⁻ are formed per mole of MgCl₂. If we have 0.250 mol of MgCl₂, the following amounts of ions will be formed:
0.250 mol MgCl₂ x 1 mol Mg²⁺/mol MgCl₂= 0.250 mol Mg²⁺
0.250 mol MgCl₂ x 2 mol Cl⁻/mol MgCl₂= 0.500 mol Cl⁻
[a] the particles of a solid have stronger forces of attraction between them
