Answer:
The molar mass = 39.4 g/mol
Explanation:
The given parameters are;
The pressure at which the gas was measured = 1.3 atm.
The temperature of the gas = 47°C
The measured density of the gas = 1.95 g/L
By the combined gas equation, we have;

Where;
n = Number of moles = m/MM
P = Pressure = 1.3 atm
V = Specific, Molar Volume
T = Temperature = 47 °C = 320.15 K
R = Universal Gas Constant = 0.08205 L·atm/(mol·K)
ρ = The density = MM/V
Where;
MM = Molar mass
Therefore, V = MM×ρ



Answer:
The graph touches X axis on (-2,0,5) and Y axis on (0,0,0)
Explanation:
By solving the equation we get the following graph
Answer:
B. Eukaryotic cells have compartmentalization that allows for organisms to increase cellular efficiency and support incompatible processes. Prokaryotic cells contain simple structures that perform basic functions.
Explanation:
Eukaryotic cells have nuclei that enable them to direct many, more complex processes that a prokaryotic cell could not. Since there is no central directory in a prokaryotic cell the processes in a Prokaryotic cell are often primal and simplistic in nature.
The complexity of a eukaryotic cell thus allows it to compartmentalize or have special parts that specialize in a specific function that it does really well.
I hope this helps y'all :)