Two similar gases are kept at the same temperature in the dark with equal numbers of hydrogen and helium atoms. What will be the ratio of their pressure?
As per Avagadro. s law all gases of equal volume contain the same number of molecules under indentical values of temperature and pressure. In this example ,volume temperature and number of molecular are the same. SO the pressure will be equal in the two jars are the ratio is `1:1`.
Pressure is the same in both the jars. As per Avagadro.s law all gases of equal volume contain the same number of molecules under indentical values of temperature and pressure. In this example ,volume temperature and number of molecular are the same. SO the pressure will be equal in the two jars are the ratio is
Pressure is the same in both the jars. As per Avagadro.s law all gases of equal volume contain the same number of molecules under indentical values of temperature and pressure. In this example ,volume temperature and number of molecular are the same. SO the pressure will be equal in the two jars are the ratio is 1:1
Answers & Comments
Verified answer
Answer:
As per Avagadro. s law all gases of equal volume contain the same number of molecules under indentical values of temperature and pressure. In this example ,volume temperature and number of molecular are the same. SO the pressure will be equal in the two jars are the ratio is `1:1`.
Explanation:
brain marks please brother brother please
Answer:
Pressure is the same in both the jars. As per Avagadro.s law all gases of equal volume contain the same number of molecules under indentical values of temperature and pressure. In this example ,volume temperature and number of molecular are the same. SO the pressure will be equal in the two jars are the ratio is
Pressure is the same in both the jars. As per Avagadro.s law all gases of equal volume contain the same number of molecules under indentical values of temperature and pressure. In this example ,volume temperature and number of molecular are the same. SO the pressure will be equal in the two jars are the ratio is 1:1
Explanation:
MARK AS BRAINLIEST