![SOLVED: Formula to predict the particles in the container is PV-NkT N= PVIkT Given P-47.3 atm V= 10.4 nm = 04x 10-26 T=300 K= 1.38x10-23 N= 2 (47.3)(1.04x 10-26 N = (1.38x10-23)(300) N= 532 mol SOLVED: Formula to predict the particles in the container is PV-NkT N= PVIkT Given P-47.3 atm V= 10.4 nm = 04x 10-26 T=300 K= 1.38x10-23 N= 2 (47.3)(1.04x 10-26 N = (1.38x10-23)(300) N= 532 mol](https://cdn.numerade.com/ask_images/8b7dba53137847b1a4afd60ba46ec3f5.jpg)
SOLVED: Formula to predict the particles in the container is PV-NkT N= PVIkT Given P-47.3 atm V= 10.4 nm = 04x 10-26 T=300 K= 1.38x10-23 N= 2 (47.3)(1.04x 10-26 N = (1.38x10-23)(300) N= 532 mol
![SOLVED: 1-4. Compute the pressure: in atmospheres and in tons/ft?, exerted by a ther monuclear plasma on its container Assume KT, KT; 20 keV, 102' and p nKT, where T = T; + SOLVED: 1-4. Compute the pressure: in atmospheres and in tons/ft?, exerted by a ther monuclear plasma on its container Assume KT, KT; 20 keV, 102' and p nKT, where T = T; +](https://cdn.numerade.com/ask_images/6fc9c684452f451696c035fa7c3057e6.jpg)
SOLVED: 1-4. Compute the pressure: in atmospheres and in tons/ft?, exerted by a ther monuclear plasma on its container Assume KT, KT; 20 keV, 102' and p nKT, where T = T; +
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![METR February Review State variables: p, ρ, T Pressure Temperature Equation of state: p = NkT/V = ρ R d T Virtual temperature T v = T (1. - ppt download METR February Review State variables: p, ρ, T Pressure Temperature Equation of state: p = NkT/V = ρ R d T Virtual temperature T v = T (1. - ppt download](https://images.slideplayer.com/25/7785686/slides/slide_2.jpg)
METR February Review State variables: p, ρ, T Pressure Temperature Equation of state: p = NkT/V = ρ R d T Virtual temperature T v = T (1. - ppt download
NkT PV = nRT PV = Pa pressure P = m volume V = moles n particles N # # = = kelvin e temperatur T = KJ x Const Boltzmann k / 1038
![Ответы Mail.ru: Ребят, помогите решить задачу по физике, давление идеального газа. Задача-2 Вариант-1 Ответы Mail.ru: Ребят, помогите решить задачу по физике, давление идеального газа. Задача-2 Вариант-1](https://otvet.imgsmail.ru/download/5348106_a760e85a8337f0e4aecd9193d8f5e3f0_800.jpg)