e in kes. A chemist wishes to precipitate yttrium cations out of a 1.00 L solution. If the concentration of [Y"] in solution is 0.428 M and the Kp of yttrium iodate is 1.12 x 1010, what mass of potassium iodate (KIO,) must be added so that precipitation may begin? The molar mass of potassium iodate is 214.00 g/mol. (27) (6.4 x 10° g) (v) (8) 3 9'16 arl O'v9 411 mg (5.6 x 10 g) (a) 137 mg 3u 0'9s (3)

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Chapter1: Chemical Foundations
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first question
o uo
L0.44 M
reasTon occurs
e in
r.
A chemist wishes to precipitate yttrium cations out of a 1.00L solution. If the concentration of [Y"] in
solution is 0.428 M and the Ksp of yttrium iodate is 1.12 x 1010, what mass of potassium iodate (KIO3) must be
added so that precipitation may begin? The molar mass of potassium iodate is 214.00 g/mol.
(27)
this
akes.
くて。
の
uo
(v)
99'16
64.0 Hg
(6.4 x 10° g)
(8)
411 mg
(5.6 x 10* g)
(a)
(E) 137 mg
Su 0'95
The standard Gibbs free energy associated with the following reaction is -91.2 kJ:
HCI (g) + NH3 (g) → NH,CI (s)
(28)
What will be the value of AGxn if the reaction takes place at 42.2°C, the partial pressure of HCI (g) is 0.788 atm
and the partial pressure of NH3 (g) is 0.284 atm?
-95.1 kJ
(v)
(B) -90.7 kJ
())
3.93 kJ
-79.5 kJ
(a)
-87.3 kJ
(E)
Transcribed Image Text:o uo L0.44 M reasTon occurs e in r. A chemist wishes to precipitate yttrium cations out of a 1.00L solution. If the concentration of [Y"] in solution is 0.428 M and the Ksp of yttrium iodate is 1.12 x 1010, what mass of potassium iodate (KIO3) must be added so that precipitation may begin? The molar mass of potassium iodate is 214.00 g/mol. (27) this akes. くて。 の uo (v) 99'16 64.0 Hg (6.4 x 10° g) (8) 411 mg (5.6 x 10* g) (a) (E) 137 mg Su 0'95 The standard Gibbs free energy associated with the following reaction is -91.2 kJ: HCI (g) + NH3 (g) → NH,CI (s) (28) What will be the value of AGxn if the reaction takes place at 42.2°C, the partial pressure of HCI (g) is 0.788 atm and the partial pressure of NH3 (g) is 0.284 atm? -95.1 kJ (v) (B) -90.7 kJ ()) 3.93 kJ -79.5 kJ (a) -87.3 kJ (E)
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