20. Maple syrup is mostly a solution of sucrose in water. Calculate the molality of the syrup if a sample freezes at -0.50°C. [For water, Kris 1.86°C/m.] c) 0.37 m moa) 0.17 m b) 0.27 m d) 0.47 m e) None of the above

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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pressure (atm)
Use the phase diagram shown to answer questions 17-19.
6.0
Rot
20+
A
F
B
E
H
100
2.00
temperature (K)
C
300
17. This substance is a
a) solid
b) liquid
at 200K and 4.0 atm.
c) gas
18. On the phase diagram, a transition from region E to region H is known as:
a) melting
b) freezing
c) boiling
d) condensation
19. On the phase diagram, point F is called the
a) critical
b) triple
c) dew
point
d) melting
20. Maple syrup is mostly a solution of sucrose in water. Calculate the molality of the syrup if
a sample freezes at -0.50°C. [For water, Kris 1.86°C/m.]
a) 0.17 m b) 0.27 m
c) 0.37 m
d) 0.47 m
e) None of the above
Transcribed Image Text:pressure (atm) Use the phase diagram shown to answer questions 17-19. 6.0 Rot 20+ A F B E H 100 2.00 temperature (K) C 300 17. This substance is a a) solid b) liquid at 200K and 4.0 atm. c) gas 18. On the phase diagram, a transition from region E to region H is known as: a) melting b) freezing c) boiling d) condensation 19. On the phase diagram, point F is called the a) critical b) triple c) dew point d) melting 20. Maple syrup is mostly a solution of sucrose in water. Calculate the molality of the syrup if a sample freezes at -0.50°C. [For water, Kris 1.86°C/m.] a) 0.17 m b) 0.27 m c) 0.37 m d) 0.47 m e) None of the above
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