I learned how to convert the mass of something into moles. I learned that not only elements can be measured in moles. That's what I learned in the lab today.
I learned that a mol is a very precise unit of measure. It allows elements to change the size of the mole for their individual mass. Also Avogadro's number is very important to determining a mole.
I learned that moles can be different than each other. For example a carbon mole can be different than a hydorgen mole. It is beause they dont have the same mass.
I learned that moles can be different than each other. For example a carbon mole can be different than a hydorgen mole. It is beause they dont have the same mass.
I learned how the different substances can have different amounts of moles. They are like that because you use their masses. Thats what the lab was about
I learned that moles can be differenct for different substances. It is all because of their masses. Thats what i learned in the whole lab. It was fun.
ReplyDeleteI learned how to convert the mass of something into moles. I learned that not only elements can be measured in moles. That's what I learned in the lab today.
ReplyDeleteI learned that a mol is a very precise unit of measure. It allows elements to change the size of the mole for their individual mass. Also Avogadro's number is very important to determining a mole.
ReplyDeleteI learned that moles can be different than each other. For example a carbon mole can be different than a hydorgen mole. It is beause they dont have the same mass.
ReplyDeleteI learned that moles can be different than each other. For example a carbon mole can be different than a hydorgen mole. It is beause they dont have the same mass.
ReplyDeleteI learned how the different substances can have different amounts of moles. They are like that because you use their masses. Thats what the lab was about
ReplyDelete