Substance `A_(2)B(g)` can undergoes decomposition to form two set of products : If the molar ratio of `A_(2)(g)` to A(g) is `5 : 3` in a set of product gases, then the energy involved in the decomposition of 1 mole of `A_(2)B(g)` is :
Ethanol can undergo decompostion to form two sets of products. If the molar ratio of C_(4)H_(4) "to" CH_(3)CHO is 8:1 in a set of product gases, then the energy involved in the decomposition of 1 mole of ethanol is:
The yield of product in the reaction, A_(2)(g)+2B(g) hArr C(g)+Q KJ would be higher at:
For the reaction A_((g)) hArr B_((g)) + C_((g))
Two substance A_(2)(g) and B_(2)(g) are allowed to react to form either of A_(2)B_(2)(l), A_(2)B_(4)(g) or both depending on relative amount. Answer the following the following question, if 75 g A_(2) and 200g B_(2) are mixed and no reactant is left. [Given :At mass of A =25 , B=50] What is the volume of all the gases present in the mixture after completion of reaction at 760 mm of Hg and 273^(@) C?
Two substance A_(2)(g) and B_(2)(g) are allowed to react to form either of A_(2)B_(2)(l) , A_(2)B_(4)(g) or both depending on relative amount. Answer the following the following question, if 75 g A_(2) and 200g B_(2) are mixed and no reactant is left. [Given :At mass of A =25 , B=50] Now A_(2)B_(4) is transferred to another container completey . At high temperature it is completely dissociated in its gaseous elements A_(2) and B_(2) . Find average molecular weight of gaseous mixture:
A gaseous A_(2)(g) rarr B(g) +(1)/(2) C(g) , shows increase in pressure from 100 mm to 120 mm in 5 min. The rate of disappearance of A_(2) is
NARENDRA AWASTHI-THERMODYNAMICS-Level 3 - Match The Column
