Problem 3: The pressure gauge shown below has a spring for which k = 60 N/m, and the area of the piston is 0.50 cm². Its right end is connected to a closed container of gas at a gauge pressure of 30 kPa. How far will the spring be compressed if the region containing the spring is (a) in vacuum, and (b) open to the atmosphere? Atmospheric pressure is 101 kPa; use Hooke's law. Piston Spring AreaA
Problem 3: The pressure gauge shown below has a spring for which k = 60 N/m, and the area of the piston is 0.50 cm². Its right end is connected to a closed container of gas at a gauge pressure of 30 kPa. How far will the spring be compressed if the region containing the spring is (a) in vacuum, and (b) open to the atmosphere? Atmospheric pressure is 101 kPa; use Hooke's law. Piston Spring AreaA
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The pressure gauge shown in Figure 9.1 has a spring for which k=60 N/m and the area of the piston is 0.50 cm2. Its right end is connected to a closed container of gas at a gauge pressure of 30 kPa. Atmospheric pressure is 101 kPa. How far will the spring be compressed if the region containing the spring is (a) in a vacuum and (b) open to the atmosphere?
Transcribed Image Text:Problem 3: The pressure gauge shown below has a spring for which k = 60 N/m, and the area of the piston
is 0.50 cm?. Its right end is connected to a closed container of gas at a gauge pressure of 30 kPa. How far
will the spring be compressed if the region containing the spring is (a) in vacuum, and (b) open to the
atmosphere? Atmospheric pressure is 101 kPa; use Hooke's law.
Piston
Spring
ww
Area A
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