The volume occupied by a certain gas was found 5.6 fm^3 when the pressure was 2 atmosphere. If the pressure is increased by 20%, find the new volume of the gas.
Answers
Answer:
The volume occupied by a certain gas was
found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 20%,
find the new volume of the gas.
ofofofThe volume occupied by a certain gas
was found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 20%,
find the new volume of the gas.
The volume occupied by a certain gas was
found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 20%,
find the new volume of the gas.
Explanation:
The volume occupied by a certain gas was
found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 20%,
find the new volume of the gas.
The volume occupied by a certain gas was
found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 2 The
volume occupied by a certain gas was found
to be 5.6 dm3 at 2 atmospheric pressure. If
the pressure is increased by 20%, find the new
volume of the gas.0%, find the new volume of
the gas.The volume occupied by a certain gas
was found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 20%,
find the new volume of the gas.The volume
occupied by a certain gas was found to be 5.6
dm3 at 2 atmospheric pressure. If the pressure
is increased by 20%, find the new volume of
the gas.The volume occupied by a certain gas
was found to be 5.6 dm3 at 2 atmospheric
pressure. If the pressure is increased by 20%,
find the new volume of the gas.
if the answer help you you make me as brainless thank you