You have shown good mastery of the concepts of Boyle's Law thus you can now proceed to the next activity this time we will find out if there is a relationship between volume and temperature at constant pressure

Question

You have shown good mastery of the concepts of Boyle's Law thus you can now proceed to the next activity this time we will find out if there is a relationship between volume and temperature at constant pressure​

Aletheeia · Answer

When temperature increases, gas particles move faster, causing the gas to expand (increase in volume).When temperature decreases, gas particles slow down, leading to a decrease in volume.Example Problem:A balloon has a volume of 2.5 L at 300 K. If the temperature increases to 600 K, what is the new volume?Solution:Using Charles's Law:₁ / ₁ = ₂ / ₂( 2.5L ) / ( 300K ) = ₂ / (600K)Cross multiply:₂ = ( 2.5 ) × ( 600 ) / ( 300 )₂ = 5.0So, the balloon doubles in size as temperature doubles!

Answered by Aletheeia | 2025-03-19

You have shown good mastery of the concepts of Boyle's Law thus you can now proceed to the next activity this time we will find out if there is a relationship between volume and temperature at constant pressure​

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You have shown good mastery of the concepts of Boyle's Law thus you can now proceed to the next activity this time we will find out if there is a relationship between volume and temperature at constant pressure

[Sagot para sa’yo] The mass of H₂O produced when 209 g of methanol (CH₃OH) are used up can be calculated using stoichiometry and the given balanced equation: 2 CH₃OH + 3 O₂ → 2 CO₂ + 4 H₂O