The particles of a gas inside a balloon are experiencing an increase in their average kinetic energy and the number of collisions
with the wall of the balloon. What is the most likely outcome?
O
higher gas pressure inside the balloon
higher air pressure outside the balloon
a decrease in gas temperature inside the balloon
a large increase in air temperature outside the balloon
o

higher gas pressure inside the balloon

Explanation:

The kinetic energy of an object is defined as the work needed to accelerate an object of a given mass from rest to motion.

A person walking is an example of kinetic energy.

The particles of a gas inside a balloon are experiencing an increase in their average kinetic energy and the number of collisions  with the wall of the balloon due to higher gas pressure inside the balloon

here we have to get the change of moles on decrease the volume of the reaction in gas phase.

the   per the given options it will decrease by (d) 11-50%

we know, on decreasing the volume of the gas phase reaction the reaction moves to the product side.

the reaction:                     so₂cl₂ (g) = so₂ (g) + cl₂ (g)         total

the moles at equilibrium:   1 - α                 α               α           = 1+α

concentrations:                   1 - α               α               α           = 1 + α

(concentration = moles/volume, as volume is 1 l)

(where α is the degree of dissociation)

now the dissociation constant in terms of concentration is :

=  

or,

or,   = (at v = 1l)

the reaction:                     so₂cl₂ (g) = so₂ (g) + cl₂ (g)         total

the moles at equilibrium:   1 - α                 α               α           = 1+α

concentrations:               (1 - α)/0.5           α/0.5         α/0.5       = (1 + α)/0.5

thus, the dissociation constant in terms of concentration is :

or,  

=  

so, the change of 1 : 1/0.5

or, 1: 2

thus it will decrease by 50%.

or, as per the given options it will decrease by 11-50%