<h2>The equation that agrees with the ideal gas law: None of it </h2>
Explanation:
None , of the given equation goes with the ideal gas law .
Ideal gas law
It is the law that gives the relationship between P,V,T and number of moles .
Ideal gas equation
It is the law that is formed by combining Boyle's law , charle's law ,Avgadro's law that is :
P ∝ 1/v
V∝T
V∝n
combining all, we get
PV=nRT
where R is a gas constant .
This is an ideal gas equation ,
- The first option given : V₁/T₁=V₂/T₂
- The second option : V₁n₁=V₂n₂
- The third equation : P₁n₁=P₂n₂
- The fourth option : P₁/T₁=P₂/T₂
none ,of it specifies because ideal gas equation relation is :
P₁V₁/T₁=P₂V₂/T₂ is an ideal gas equation
Answer is: <span>Sound waves travel faster in more dense material, and the more dense the material the louder the sound is.
</span>Sound travels approximately fifteen times faster through the metal railway tracks than through air. <span>The </span>speed of sound is faster in solid materials and slower in liquids or gases. The denser is material, t<span>he closer are the molecules to each other and the less time it takes to molecules to pass the sound to each other and sound is faster.</span>
Answer:
Th answer is b. convection.
Explanation:
As the heat rises it cools down and it sinks and as the cold sinks it heats up so then it rises back up.