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Given data : Bair raksa =181 x 10K K air raksa = 3,82 x 10"Pa air raksa = Mercury The mass of mercury at a pressure of 1 atmosphere (1,01325 x105 Pa) and a temperature of 0°C is maintained to keep the volume constant. Then the temperature is raised to 10°C, what is the final pressure Pa?

Given data : Bair raksa =181 x 10K K air raksa = 3,82 x 10"Pa air raksa = Mercury The mass of mercury at a pressure of 1 atmosphere (1,01325 x105 Pa) and a temperature of 0°C is maintained to keep the volume constant. Then the temperature is raised to 10°C, what is the final pressure Pa?

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Given data : Bair raksa = 181 x 10“K! K air raksa = 3,82 x 10-" Pa air raksa = Mercury The mass of mercury at a pressure of 1 atmosphere (1,01325 x105 Pa) and a temperature of 0°C is maintained to keep the volume constant. Then the temperature is raised to 10°C, what is the final pressure Pa?
Transcribed Image Text:Given data : Bair raksa = 181 x 10“K! K air raksa = 3,82 x 10-" Pa air raksa = Mercury The mass of mercury at a pressure of 1 atmosphere (1,01325 x105 Pa) and a temperature of 0°C is maintained to keep the volume constant. Then the temperature is raised to 10°C, what is the final pressure Pa?
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