Zinc: Aluminum Alloy
Introduction of Lab 5: Analysis of a Zinc: Aluminum Alloy
The analysis of a metal alloy was designed to learn how to use the Ideal Gas Law (formulas listed below) in a laboratory setting in relevance to acquiring moles of gas created, thus giving us one step closer to finding the molar mass. The importance of the Ideal Gas Law, as well as the other gas laws, is that it signifies the relationship between the properties of an ideal gas. These properties assist in the explanation of the Kinetic Molecular Theory. The Kinetic Molecular Theory consists of postulates describing gas particles moving in constant, rapid motion, having negligible volume due to its size, and having no interactions between particles within the walls of a container.
The analysis of a metal alloy was designed to learn how to use the Ideal Gas Law (formulas listed below) in a laboratory setting in relevance to acquiring moles of gas created, thus giving us one step closer to finding the molar mass. The importance of the Ideal Gas Law, as well as the other gas laws, is that it signifies the relationship between the properties of an ideal gas. These properties assist in the explanation of the Kinetic Molecular Theory. The Kinetic Molecular Theory consists of postulates describing gas particles moving in constant, rapid motion, having negligible volume due to its size, and having no interactions between particles within the walls of a container.