Un recipiente contiene 224 dm3 de Ozono de masa 4.561 Kg a 51.09 grados celsius. Calcula la presión del Ozono
1 answer:
Answer:
Por lo tanto, la presión del ozono es:
Explanation:
Podemos usar la ecuacion de los gases ideales;
(1)
Tenemos:
El volumen V = 224 dm³ = 224 L
La temperatura T = 51.09 C = 324.09 K
La masa es m = 4.561 kg
Lo necesitamos ahora es calvular n que es el numero de moles;
recordemos que el peso molecular del ozono M = 48 g/mol.
Finalmente, usando la ecuacion 1 despejamos la presion P
Por lo tanto, la presion del ozono es:
Espero te haya ayudado!
You might be interested in
The beat frequency (4 beat per second = 4 Hz ) corresponds to the difference between the frequencies of the two waves:
(1)
The frequency of the first wave can be written as
where v is the speed of sound in the gas and
is the wavelength of the first wave, while the frequency of the second wave is
where
is the wavelength of the second wave. If we substitute into the first equation (1), we find
and if we re-arrange it, we can find the velocity of the sound in the gas:
The frequency of the first wave can be written as
where v is the speed of sound in the gas and
where
and if we re-arrange it, we can find the velocity of the sound in the gas: