Answer:
v2= 5.404L
Explanation:
using Boyle's law
p1 x v1 = p2 x v2
101.325 x 4.31 = 80.8 x v2
v2= (101.325 x 4.31)\80.8
v2= 5.404L
Answer:
Humdity would decrease hence temprature would do the same, hence tundra are called deserts at times.
Explanation:
Answer:
97.44 K
Explanation:
to answer this one you should use the ideal gas law PV=nRT where P=pressure, V=volume, n=number of moles of gas, R=universal gas constant (0.0821), and T=temperature in Kelvin. All you have to do is substitute the givens into the equation.
(3.10)(16)=(6.20)(0.0821)(T)
then simplify
49.6=(.50902)(T)
divide to get T alone and you get about 97.44 K as your answer
The particles can move around each other because they do not have as strong bonds as solids do.
Explanation:
If there is a single pair of electrons that bind to nitrogen , oxygen, or fluorine, the bonding to water is plausible. Hence a hydrogen can be accepted. If there is a bound hydrogen to one of the three above-mentioned elements, then it can be donated. The other information is the precense of lone pair of electron.