twinke228
da twinkster biatches
+13|6421|Chuck Town, SC
what is the net ionic equation for the following:

3Mg(NO3)2 + 2K3(PO4) --> Mg3(PO4)2 + 6(NO3)
Qrite
sup g
+79|6145|Ohio
do u have the type of solution the compounds are ( solid, liquid, aqueous or gas?)
twinke228
da twinkster biatches
+13|6421|Chuck Town, SC

Qrite wrote:

do u have the type of solution the compounds are ( solid, liquid, aqueous or gas?)
no, fortunately
Qrite
sup g
+79|6145|Ohio

twinke228 wrote:

Qrite wrote:

do u have the type of solution the compounds are ( solid, liquid, aqueous or gas?)
no, fortunately
as far as i know, knowing what state the compounds are in is how you determine the net ionic equation.
an example of an equation is......
LiNa(aq) + ArKr(aq) = LiKr (s)+ NaAr (aq)  which would mean that the net ionic equation is  Li(aq) + Kr(aq) = Li Kr(s)

Last edited by Qrite (2009-03-12 19:10:44)

twinke228
da twinkster biatches
+13|6421|Chuck Town, SC

Qrite wrote:

twinke228 wrote:

Qrite wrote:

do u have the type of solution the compounds are ( solid, liquid, aqueous or gas?)
no, fortunately
as far as i know, knowing what state the compounds are in is how you determine the net ionic equation.
an example of an equation is......
LiNa(aq) + ArKr(aq) = LiKr (s)+ NaAr (aq)  which would mean that the net ionic equation is  Li(aq) + Kr(aq) = Li Kr(s)
that's what i thought but the state of the compound is not given
S.Lythberg
Mastermind
+429|6417|Chicago, IL
magnesium nitrate and potassium phosphate both ionize in water

magnesium phosphate forms and removes both ions from solution, so the net ionic would be:

3Mg(2+) + 2PO4(3-) = Mg3(PO4)2
twinke228
da twinkster biatches
+13|6421|Chuck Town, SC

S.Lythberg wrote:

magnesium nitrate and potassium phosphate both ionize in water

magnesium phosphate forms and removes both ions from solution, so the net ionic would be:

3Mg(2+) + 2PO4(3-) = Mg3(PO4)2
ok thanks thats what i got but i was unsure.
Bevo
Nah
+718|6492|Austin, Texas

S.Lythberg wrote:

magnesium nitrate and potassium phosphate both ionize in water

magnesium phosphate forms and removes both ions from solution, so the net ionic would be:

3Mg(2+) + 2PO4(3-) = Mg3(PO4)2
confirming this. Nearly done with my 2nd year of IB chem, so...
S.Lythberg
Mastermind
+429|6417|Chicago, IL

Bevo wrote:

S.Lythberg wrote:

magnesium nitrate and potassium phosphate both ionize in water

magnesium phosphate forms and removes both ions from solution, so the net ionic would be:

3Mg(2+) + 2PO4(3-) = Mg3(PO4)2
confirming this. Nearly done with my 2nd year of IB chem, so...
Fun stuff
Bevo
Nah
+718|6492|Austin, Texas

S.Lythberg wrote:

Bevo wrote:

S.Lythberg wrote:

magnesium nitrate and potassium phosphate both ionize in water

magnesium phosphate forms and removes both ions from solution, so the net ionic would be:

3Mg(2+) + 2PO4(3-) = Mg3(PO4)2
confirming this. Nearly done with my 2nd year of IB chem, so...
Fun stuff
I was watching Bones, and then realized I knew everything that they were saying about the formation of compounds, then realized that what was happening didn't make sense, then laughed.

S.Lythberg
Mastermind
+429|6417|Chicago, IL

Bevo wrote:

S.Lythberg wrote:

Bevo wrote:


confirming this. Nearly done with my 2nd year of IB chem, so...
Fun stuff
I was watching Bones, and then realized I knew everything that they were saying about the formation of compounds, then realized that what was happening didn't make sense, then laughed.

lol, learn too much science and you'll see how much bullshit is in those shows

Board footer

Privacy Policy - © 2024 Jeff Minard