chemistry question:

[taintedme]

yes, this would be cheating, but.........

"Refer to the periodic table and calculate the molecular weights for the compounds PH3 and SO2 (est. 34 and 64 respectively). Then determine how many grams of PH3 contain the same number of molecules as 6.41g of SO2."

 

[ESVEETEE]

yes, this would be cheating, but.........

"Refer to the periodic table and calculate the molecular weights for the compounds PH3 and SO2 (est. 34 and 64 respectively). Then determine how many grams of PH3 contain the same number of molecules as 6.41g of SO2."

If it's cheating, and you know it's cheating...


Why would I do it for you?:shrug:

 

[zerocool]

yes, this would be cheating, but.........

"Refer to the periodic table and calculate the molecular weights for the compounds PH3 and SO2 (est. 34 and 64 respectively). Then determine how many grams of PH3 contain the same number of molecules as 6.41g of SO2."

lol if you can't do this, you should just drop the class now.

 

[TJSwoboda]

lol if you can't do this, you should just drop the class now.

x2. To be honest, I can't remember how to do it myself, but this is basic stuff. The book tells you how to calculate it.

 

[SID297]

There are def examples about how to do this in any freshman chem book?

 

[fiveohhhstang]

I agree, this is one of the easiest chem questions I've ever seen. If you are having trouble figuring it out you should think twice about continuing the class.

 

[James Snover]

Wolfram|Alpha

This will help you learn how to solve this.

Jim Snover

 

[FordSVTFan]

If it's cheating, and you know it's cheating...


Why would I do it for you?:shrug:

lol if you can't do this, you should just drop the class now.

There are def examples about how to do this in any freshman chem book?

I agree, this is one of the easiest chem questions I've ever seen. If you are having trouble figuring it out you should think twice about continuing the class.

Wolfram|Alpha

This will help you learn how to solve this.

Jim Snover

Chemistry is not for the OP!

Move on.