March 11th Activity.pdf - Chapter 6 Workshop Activity 1 of...

Chapter 6 Workshop Activity
Due: 12:00am on Saturday, May 15, 2021
To understand how points are awarded, read the Grading Policy for this assignment.
Exercise 6.26 - Enhanced - with Feedback
MISSED THIS? Read Section 6.2 ( Pages 212 - 215 ) .
The pressure on top of Mount Everest (29,029 ) averages about 235 .
Part A
Convert this pressure to .
ANSWER:
Correct
The units of and are equivalent. This means that 235 is equal to 235 .
Part B
Convert this pressure to .
ANSWER:
Correct
Converting from to requires two steps. The first is to convert to , and the second is to convert to .
Part C
Convert this pressure to .
ANSWER:
Correct
The pressure in is converted to the pressure in by dividing by 760. The pressure in is then determined by multiplying by 29.92.
Part D
Convert this pressure to .
ANSWER:
Correct
Converting to is a one-step conversion that involves dividing by 760.
Exercise 6.33 - Enhanced - with Feedback and Hints
MISSED THIS? Read Section 6.3 ( Pages 215 - 222 ) ; Watch KCV 6.3 .
A 46.0 sample of gas in a cylinder is warmed from 24 to 86 .
ft mmHg
torr
= 235
P torr
mmHg torr mmHg torr
psi
= 4.55
P psi
mmHg psi mmHg atm atm psi
in Hg
= 9.25
P
in Hg
mmHg atm inHg
atm
= 0.309
P atm
mmHg atm
mL C ∘ C ∘
Chapter 6 Workshop Activity
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1 of 13
3/11/2021, 6:06 PM

Part A
What is its volume at the final temperature? (Assume constant pressure.)
Express your answer in millililters to three significant figures.
Hint 1. Convert between degrees Celsius and kelvins
The temperature values used in the simple gas laws are in kelvins. Convert the initial and final temperatures of the sample to kelvins.
Express your answers in kelvins to three significant figures separated by a comma.
,
: