Each substance has its own unique structure and properties that are based on these structures.
One of those most important properties is the "specific heat" value.
Specific heat is defined as the amount of heat required to raise the temperature of a unit mass of a substance by 1 degree Celsius.
Each substance has its own specific heat. The higher the specific heat of a substance, the longer it will take to heat up or cool down.
Hope this helps :)
Answer:
The solubility of gases in liquids decreases with increasing temperature. Conversely, adding heat to the solution provides thermal energy that overcomes the attractive forces between the gas and the solvent molecules, thereby decreasing the solubility of the gas; pushes the reaction in Equation 4 to the left
To me it appears to be pulled apart but I’m a little unsure.
Answer:
Explanation:
Hi, the first step is to calculate how much F2 there is in the container:
<u>Fluorine can be considered as an ideal gas</u> (given that is non-polar and has a small molecule). Using the ideal gas formula:
Where:
Now, the mols of iodine:
<u>The chemical reaction described is the following</u>:
In this case, the limitant reactant is the fluorine:
1) The 0.056 mol of F2 gives 
of 
and consumes of I2.
2) At the end, in the conteiner we have:
of
of 
of 
In total: 
.All in 2.5 L at 550 K
<u>The final pressure</u>:
The partial pressure:
<em>Note: this partial pressure is calculated by the Dlaton's principle</em>
