The decomposition reaction X-g- rightarrow 3Y-g- is studied constant volume and temperature- For pure X-g- as the starting material- the first few readings of the observed total pressure P as a of time are given below-Time -min-0124Total Pressure P -atm-81620P-1-The correct statement-s- assuming ideal gas behaviour is-are -P-1- is 23 atmThe total pressure- on completion of reaction- will be 24 atmThe partial pressure of Y will exceed that of X in than 1 minThe partial pressure of X and Y will be equal when the total pressure is 12 atm

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Toppr Admin · Accepted Answer

Time (min)	$0$	$1$	$2$	$4$
Total Pressure $P$ (atm)	$8$	$16$	$20$	$P_{1}$

Time (min)	$0$	$1$	$2$	$4$
Total Pressure $P$ (atm)	$8$	$16$	$20$	$P_{1}$

Observation No.	Time $(m i n)$	$P_{X} (i n m m H g)$
$1$	$0$	$800$
$2$	$100$	$400$
$3$	$200$	$200$

Observation No.	Time (in minute)	$P_{x}$ (in mm of Hg)
1	0	800
2	100	400
3	200	200