Answer:
mL * L²
Explanation:
The question in t his problem is to calculate the units of the final answer.
The units in the numerator is mol, ml and L.
The unit in the denominator is mol/L
This leads us to;
Numerator / Denominator = mol * mL * L / (mol / L )
The final units is mL * L²
There is a lot of metric calculations, According to the rules of Avogadro,
22.41 litres of any ideal gast at STP contains 6.023 X 20^23 molecules and it is equal to 1mol of the gas.
Therefore the answer would be 22.41 litres of the ideal gas at STP contains 6.023 X 10^23 molecules.
I hope this helps you :)
Heat capacity or thermal capacity is a physical property of a material object, defined as the amount of energy (in the form of heat) that must be added to (or removed from) the object in order to achieve a small change in its temperature, divided by the magnitude of that change.
The heat capacity corresponds to the energy needed to raise one degree of temperature for one gram of substance. That is, the greater the heat capacity, for the same mass, the greater the energy required to raise the temperature of the material.
Therefore, between the two metals with the same mass, the same initial temperature, and the same heat added, we can say that the one with the higher heat capacity will present a lower final temperature.
To get the volume, you have to know what the density of the solution is. Determine the percent concentration by mass of the
