11. Based on application of the VSEPR theory, which molecule is trigonal bipyramidal? A. BIF: B. ASFS C. SF. D. XEOF4 E. SBC1,2-

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11. Based on application of the VSEPR theory, which molecule is trigonal bipyramidal?
А. ВF,
B. ASF.
C. SF4
D. XEOF.
E. SÞC1,
Use the diagram below to answer the following question # 12-15:
B
1 atm
0.5 stm
A
50
150
250
350
T, "C+
12. Melting occurs along the:
А. АC ine
B. CB line
C. CD line
D. All of the choices are possible.
13.The temperature and pressure at which all three phases can coexist in equilibrium is:
B. 1.0 atm and 140°c
D. 0.45 atm and 130°C.
A. 0.25 atm and 110°C
C. 1.25 atm and 300°C
14.The nomal boiling point of this substance is approximately:
A.25'C
В. 140 "с
C. 300 "C
D. 350'C
15. What phases can be present at 200°C and 0.75 atm pressure?
A.Only the vapor phase
C. Only the solid phase
B. Only the liquid phase
D. Both solid & vapor phases
Transcribed Image Text:11. Based on application of the VSEPR theory, which molecule is trigonal bipyramidal? А. ВF, B. ASF. C. SF4 D. XEOF. E. SÞC1, Use the diagram below to answer the following question # 12-15: B 1 atm 0.5 stm A 50 150 250 350 T, "C+ 12. Melting occurs along the: А. АC ine B. CB line C. CD line D. All of the choices are possible. 13.The temperature and pressure at which all three phases can coexist in equilibrium is: B. 1.0 atm and 140°c D. 0.45 atm and 130°C. A. 0.25 atm and 110°C C. 1.25 atm and 300°C 14.The nomal boiling point of this substance is approximately: A.25'C В. 140 "с C. 300 "C D. 350'C 15. What phases can be present at 200°C and 0.75 atm pressure? A.Only the vapor phase C. Only the solid phase B. Only the liquid phase D. Both solid & vapor phases
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