Question

( A longrightarrow )
sate constants is x mole" 2 lin
[
(r)
]
( r )
( left(frac{operatorname{ros} 1 e}{sqrt{0} 1}right)^{1-x} T^{-1} )
Thus ( x=-k quad[A]^{3 / 2} )
on doubling the concentranion 0,7
( gamma_{1}=k[2 A]^{3 / 2} )
( 8,=2 cdot 828 mathrm{kPA}]^{3 / 2} )
[
r_{1}=-2 cdot 8280
]
( -frac{d A}{d t}=gamma quad ) which is increased
( b y )
( 2 cdot 828+i m<8 )

# 26. (S) The thermal decomposition of A + B + C has rate constant x molelit' min at a given temperature. How would dA will change if concentration of A is doubled keeping temperature constant (a) will increase by 2.828 times (b) will increase by 4 times (c) will increase by 11.313 times (d) will not change

Solution