If you double the number of moles of a gas while keeping temperature and volume constant, what happens to the pressure?

Oct 16, 2024 ... Concepts: Ideal gas law, Dimensional analysis. Explanation: The ideal gas equation is given by PV=nRT, where P is the pressure, ... Oct 10, 2023 ... The ideal gas law formula states that pressure multiplied by volume is equal to moles times the universal gas constant times temperature. PV=nRT. ... pressure? Answer. Using the ideal gas equation PV=nRT. 100ºC = 373K, R = 8.314, atmospheric pressure = 100 kPa. n = PV/RT= (100 x 24)/(8.314 x 373). n = 0.774 ... p2V n. 2 V 1−n. 2. - p1V n. 1 V 1−n. 1 n - 1. = p2V2 - p1V1 n - 1. = R(T2 - T1) n - 1 where the last equality follows from the ideal gas law pV = RT and our ... May 25, 2014 ... The units of the universal gas constant R is derived from equation PV=nRT . It stands for Regnault. If. the pressure P is in atmospheres ... S = P (1 + rt). - S is the future value (or maturity value). It is equal to the principal plus the interest earned. COMPOUND INTEREST. FV = PV (1 + i)n i = j. Nov 24, 2021 ... P, V, and T represent pressure, volume, and temperature, n represents the number of moles of gas, and R is a constant for the ideal gas. Which ... Aug 20, 2022 ... The answer is that R [specific] is an ideal gas property, whereas R [universal] is a constant for all ideal gases in the universe. n=0.025moles. Now for part (b) we want the volume from PV = nRT: PV=nRT⟶V=nRTP. Plugging in the new pressure and the rest of the information gives us:. PV = nRT. pressure x ... In the above equation, P is pressure, V is volume, T is temperature, and n and R are constants with values that do not change.