The structure of 2-methyl-2-propanol (also named t-butanol) is shown below. Practice Problem #1: CH3 CH3-C-OH Is diethyl ether, CH,CH,0CH,CH3, an isomer of t-butanol? Explain why or why not, and include the kind of isomer in your explanation if it is. When exposed to air, t-butanol absorbs water from air readily. Provide a reason for water being easily mixed with t-butanol. A sample of t-butanol with a mass of 25.0733 g was exposed to air for a period |of time. It was found that mass of the sample increased to 25.1667 g. Assuming no other substance entered the sample, predict the freezing point of the "wet" sample. Freezing point of pure t-butanol is 25.50°C, and Kfis 8.37°C/m.

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The structure of 2-methyl-2-propanol (also named t-butanol) is shown below.
Practice Problem #1:
CH3
CH3-C-OH
ČH3
Is diethyl ether, CH,CH,0CH,CH3, an isomer of t-butanol? Explain why or
why not, and include the kind of isomer in your explanation if it is.
When exposed to air, t-butanol absorbs water from air readily. Provide a rea
reason
for water being easily mixed with t-butanol.
A sample of t-butanol with a mass of 25.0733 g was exposed to air for a period
of time. It was found that mass of the sample increased to 25.1667 g. Assuming
no other substance entered the sample, predict the freezing point of the "wet"
sample.
Freezing point of pure t-butanol is 25.50°C, and Kf is 8.37°C/m.
Transcribed Image Text:The structure of 2-methyl-2-propanol (also named t-butanol) is shown below. Practice Problem #1: CH3 CH3-C-OH ČH3 Is diethyl ether, CH,CH,0CH,CH3, an isomer of t-butanol? Explain why or why not, and include the kind of isomer in your explanation if it is. When exposed to air, t-butanol absorbs water from air readily. Provide a rea reason for water being easily mixed with t-butanol. A sample of t-butanol with a mass of 25.0733 g was exposed to air for a period of time. It was found that mass of the sample increased to 25.1667 g. Assuming no other substance entered the sample, predict the freezing point of the "wet" sample. Freezing point of pure t-butanol is 25.50°C, and Kf is 8.37°C/m.
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