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Chemistry 8 Online
OpenStudy (anonymous):

Using the lab in the link i need to complete the data table and questions at the bottom. http://learn.flvs.net/webdav/educator_chemistry_v10/module04/04_05c_a.htm

OpenStudy (aaronq):

no one, but you, can access your account.

OpenStudy (anonymous):

wait you cant see it?

OpenStudy (anonymous):

no...i cant too......

OpenStudy (aaronq):

nope, no one can except you.

OpenStudy (anonymous):

if i were to send a file with the picture of it would you be willing to open it?

OpenStudy (aaronq):

post the picture here as pdf or png

OpenStudy (anonymous):

cause i know how people are about that kind of stuff on here

OpenStudy (anonymous):

the thing is i dont know how to get a picture of it without prtsc it but that only lets me put it in a doc rather than actually have a picture of it

OpenStudy (aaronq):

i'm not going to download word documents, sorry

OpenStudy (anonymous):

do you know how i can take a picture of it?

OpenStudy (anonymous):

1. Iron (IIII) and copper (II) sulfate solution Fill a small test tube halfway with copper (II) sulfate solution. Add a 2.0 gram iron rod to the solution and observe the reaction. 2. Lead (II) nitrate and potassium iodide solutions Pour about 2.0 mL of lead (II) nitrate into the test tube. Add 5 to 10 drops of potassium iodide solution to the test tube and record your observations of the reaction. 3. Magnesium metal and hydrochloric acid solution Place one scoop of magnesium turnings into the test tube. Add hydrochloric acid slowly and observe the reaction. Next, place a burning splint near the mouth of the test tube to test for the presence of hydrogen gas. 4. Electrolysis of water Use a U-tube with electrodes at each end, connected to a battery. Fill the U-tube with water. Turning on the battery, observe the results at each electrode. Next, test for hydrogen and oxygen gas produced at each end of the tube. 5. Burning magnesium Place magnesium ribbon in a clean crucible (on a clay triangle above a Bunsen burner). Heat until the magnesium begins to burn.

OpenStudy (aaronq):

do you use a mac or windows?

OpenStudy (anonymous):

windows

OpenStudy (aaronq):

theres a button that says print screen, that will take a photo of your screen

OpenStudy (anonymous):

thats the lab and the table's columns are reactants | prediction of reaction type | observation | reaction type and there is 5 rows under them

OpenStudy (anonymous):

when i press the print screen button it basically only copies it and i can only past it onto a doc

OpenStudy (aaronq):

weird. well you're supposed to predict the reactions, you're not actually doing the experiment?

OpenStudy (anonymous):

no

OpenStudy (aaronq):

1. Iron and copper (II) sulfate solution -> Iron(III) sulfate + Iron(II) sulfate + copper 2. Lead (II) nitrate and potassium iodide solutions -> Lead iodide + potassium nitrate 3. Magnesium metal and hydrochloric acid solution -> hydrogen gas + magnesium chloride 4. Electrolysis of water -> Hydrogen gas and oxygen gas 5. Burning magnesium -> magnesium oxide + heat

OpenStudy (aaronq):

thats what happens, i hope you can figure the rest out

OpenStudy (anonymous):

@thomaster

OpenStudy (aaronq):

lol what else do you need help with?

OpenStudy (anonymous):

well i just need help with getting the concept of what i need to do

OpenStudy (anonymous):

its the same as the other lab you helped me on..i dont understand what needs to be done besides having to predict the reaction type, observe, and find out the reaction type and the reactants.

OpenStudy (anonymous):

i dont know how to do it

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