Showing posts with label Gas laws. Show all posts
Showing posts with label Gas laws. Show all posts
Wednesday, May 11, 2016
Frank is about to check my blog
At this point in my life i am thinking of what to do with the knowledge i have gained in this class. this has been a great year and this post is totally not just to say i have 4 in gas laws. (i thought we were doing another one for later in this week)
Monday, May 9, 2016
ideal gas law
The idel gas law is used when you need to find a single variable out of the 4 when the others are given. Because this law uses R,the universal gas constant, the pressure must be in atm, the temp. in Kelvin, and the Volume in liters. Also mass must be in mols. This equation is the derogatory equation for all the others that we have learned.
Thursday, May 5, 2016
Charles law / Avagadros law
Charles law: V1/T1=V2/T2
Charles law is another gas law based of the ideal gas equation. This time however is pertains to the direct relationship of temperature and volume. If one is increased then the other must also increase at a fairly steady rate.
Avagadros law: V1/n1=V2/n2
Avacados law is the third gas law we are working with and tells us about the relationship between Moles and volume. Like charles law there is a direct relationship between the two. Unlike any other law so far, this law uses moles. Making us have to use stoich in a couple more situations. This could pose a problem on quizzes because steps could be skipped or not remembered.
Charles law is another gas law based of the ideal gas equation. This time however is pertains to the direct relationship of temperature and volume. If one is increased then the other must also increase at a fairly steady rate.
Avagadros law: V1/n1=V2/n2
Avacados law is the third gas law we are working with and tells us about the relationship between Moles and volume. Like charles law there is a direct relationship between the two. Unlike any other law so far, this law uses moles. Making us have to use stoich in a couple more situations. This could pose a problem on quizzes because steps could be skipped or not remembered.
Monday, May 2, 2016
Boyles Laws
Boyles law: P1V1=P2V2
Boyles law is the first gas law we have learned and it shows the relation between pressure and volume. So the law is showing us that as long as the temperature of the gas is constant then Volume and pressure have an inverse relationship for when one of the variables change.
Boyles law is the first gas law we have learned and it shows the relation between pressure and volume. So the law is showing us that as long as the temperature of the gas is constant then Volume and pressure have an inverse relationship for when one of the variables change.
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