Answer:
W=-37.6kJ, therefore, work is done on the system.
Explanation:
Hello,
In this case, the first step is to compute the moles of each gas present in the given mixture, by using the total mixture weight the mass compositions and their molar masses:

Next, the total moles:

After that, since the process is isobaric, we can compute the work as:

Therefore, we need to compute both the initial and final volumes which are at 260 °C and 95 °C respectively for the same moles and pressure (isobaric closed system)

Thereby, the magnitude and direction of work turn out:

Thus, we conclude that since it is negative, work is done on the system (first law of thermodynamics).
Regards.
Look in google for more specific information but it comes from a mother
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Answer:
In the respiratory system, oxygen is breathed in and carbon dioxide ( a green house gas) is breathed out.
Answer:
Molecular mass of β‑galactosidase = 1.16*10^5g
Explanation:
The osmotic pressure (π) is related to the molarity (M) of a solution by the following equation:

i = Von't hoff factor = 1 for non-electrolytes
R = gas constant = 0.0821Latm/mol-K
T = temperature
Based on the above equation, molarity of β‑galactosidase is:

