To solve this problem, an equation that encompasses all this information is required. The Ideal Gas Law, represented as PV=nRT, is the one we'll utilize. However, it's necessary to convert some figures into alternate units for accurate calculations. We will convert Celsius to Kelvin and Pascals to atmospheres (1 atm = 101300 Pa), allowing us to substitute and simplify:
PV = nRT
(0.1185 atm)V = (17 mol)(0.0821 L•atm/K•mol)(307.15 K)
0.1185V = 428.689
V = 3617.63 L
Since the inquiry requires the volume in cubic meters, recall that 1 m^3 is equal to 1,000 liters. Therefore, dividing the obtained value by 1,000 will yield the answer.
Thus, the tank will hold a volume of B, 3.62 m^3.
I hope this clarifies the question!
In my opinion, the best choice among the options given is that the three-dimensional form of molecules is significant. This shape depends on how covalent bonds orient themselves spatially around atoms bonded to two or more partners.
I hope my explanation helps you. Feel free to ask more questions here on Brainly.
Answer:
The final temperature is 80.1 °C
Explanation:
Firstly, we should express the equation clearly and organize the details before conducting the calculations.
