The pressure in the new flask would be if the here acts like an ideal gas.
Explanation:
Assume that the sample here acts like an ideal gas. By Boyle's Law, the pressure of the gas should be inversely proportional to its volume .
For example, let the initial volume and pressure of the sample be and . The new volume and pressure of this sample shall satisfy the equation: .
In this question,
The initial volume of the gas is .
The initial pressure of the gas is .
The new volume of the gas is .
The goal is to find the new pressure of this gas, .
Assume that this sample is indeed an ideal gas. Then the equation should still hold. Rearrange the equation to separate the unknown, . Note: make sure that the units for and are the same before evaluating. That way, the unit of
Soap has both a polar end and a nonpolar end. Thus, it maybe soluble to most of the substances. It exhibits both properties of non-polar and polar molecules. The hydrocarbon chain is the non-polar side while the salt end is the polar end.
<em>Nothing happens</em>; water is still H₂O, even if it turns into ice, or vapor. Although, the molecules still move around faster, just like a normal gas would.