200ml or o.Smol/L of barum nitrante solution is poured intoa heaker containing 100 of 0.Smo/L. of sodiu m sulfate solution. reaction eceurs Recordin the followint to equations BaNO) +Na NO - BasO o+ NaNO 1-Balance the above reaction and give its type. 2. Caleulate the mumber of moles ofeach solution. Dotermine the ma s of the obtained solid. 4. Dutermine thee molar concentration of the obtained salt. Caven ts-137 5014 2110 Na-23 S-32 /wol
200ml or o.Smol/L of barum nitrante solution is poured intoa heaker containing 100 of 0.Smo/L. of sodiu m sulfate solution. reaction eceurs Recordin the followint to equations BaNO) +Na NO - BasO o+ NaNO 1-Balance the above reaction and give its type. 2. Caleulate the mumber of moles ofeach solution. Dotermine the ma s of the obtained solid. 4. Dutermine thee molar concentration of the obtained salt. Caven ts-137 5014 2110 Na-23 S-32 /wol
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![Determine the molar concentration of (M).
Deduce the molar concentration of the ionic species present in (M).
10ml of (M) is diluted 5 times to prepare (M').
Determine the molar concentration of (M').
Deduce the molar concentration of the ionic species present in (M)
a.
b.
200ml of o.Smo/L of barium nitrate solution is poured into a
seaker containing 100ml of 0.5m/. of sodium ifste
solution. A
reaction
eceurs according to
the
followint
equations
Ba(NO) +Na NO
BaSOeo+ NaNO
Balance the above reaction and give its type.
2 Caleutate the naber of moles of each solution
Determine the ma s of the obtained solid.
4 Dutermine the molar cncentration of the obtained sat.
taven s-137
N-14
11I0
Na-23
S-32 /wwol
Asa e of -4.275 ntai. u i fate AfEN
* y. e ()i ved in Seoml of distiled water
Nhw ttt the tt f sukti (A is 0.02**V
Wrte tse pt* f sis ctian uf sh** ulfiste and dedced
*** * ti fin ie sgsocios.
f oluti ) prepard starti frum 10 t or sulutioe (A
Name tbis prs
se asitatle ki to porfir s aeve proees
Vulunais
Cindunted pipet ca
*** i
Volumr h
Calessbate the
sration of sltion (8)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa2e47642-53c6-465c-8ed5-ba0bc46763a8%2F6a1a370d-d9ca-4f7e-aff4-e9232e909354%2Fb87ipi9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Determine the molar concentration of (M).
Deduce the molar concentration of the ionic species present in (M).
10ml of (M) is diluted 5 times to prepare (M').
Determine the molar concentration of (M').
Deduce the molar concentration of the ionic species present in (M)
a.
b.
200ml of o.Smo/L of barium nitrate solution is poured into a
seaker containing 100ml of 0.5m/. of sodium ifste
solution. A
reaction
eceurs according to
the
followint
equations
Ba(NO) +Na NO
BaSOeo+ NaNO
Balance the above reaction and give its type.
2 Caleutate the naber of moles of each solution
Determine the ma s of the obtained solid.
4 Dutermine the molar cncentration of the obtained sat.
taven s-137
N-14
11I0
Na-23
S-32 /wwol
Asa e of -4.275 ntai. u i fate AfEN
* y. e ()i ved in Seoml of distiled water
Nhw ttt the tt f sukti (A is 0.02**V
Wrte tse pt* f sis ctian uf sh** ulfiste and dedced
*** * ti fin ie sgsocios.
f oluti ) prepard starti frum 10 t or sulutioe (A
Name tbis prs
se asitatle ki to porfir s aeve proees
Vulunais
Cindunted pipet ca
*** i
Volumr h
Calessbate the
sration of sltion (8)
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