Molar concentration of 96 g of O(2) (in ...

Molar concentration of 96 g of `O_(2)` (in mol `L^(-1)`) contained in 2-L vessel is

1.5

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Molar concentration of 96 g of O_(2) contained in a 2 L vessel is:

What is the concentration of sugar (C_(12)H_(22)O_(11)) in mol L^(-1) if its 20 g are dissolved in enough water to make a final volume up to 2L ?

When N_(2)O_(5)(g) is heated it dissociates to give N_(2)O_(3) and O_(2) . K_(c) for N_(2)O_(5)rarr N_(2)O_(3)+O_(2) is 7.75 and K_(c) for N_(2)O_(3)rarr N_(2)O+O_(2) is 4.0 mol L^(-1) . (both K_(c) are at same temperature) 4 mol N_(2)O_(5) in 1.0L vessel is kept at a certain temperature. the concentration of O_(2) was 4.5 mol L^(-1) . Find the concentration of N_(2)O_(5), N_(2)O_(3) , and N_(2)O at equilibrium.

The reaction, 2N_(2)O_(s)(g)iff4NO_(2)(g)+O_(2)(g) was studied in a closed vessel It was found that the concentration of NO_(2) increases by 2*0xx10^(-2)"mol "L^(-1) in five seconds. Calculate (i) the rate of reaction (ii) the rate of change of concentration of N_(2)O_(5) .

NO_(2) required for a reaction is produced by the decomposition of N_(2)O_(5) is "CC"l_(4) as per the equatiion 2N_(2)O_(5)(g)to4NO_(2)(g)+O_(2)(g) . The initial concentration fo N_(2)O_(5) is 3.00 "mol"L^(-1) and it is 2.75 "mol"L^(-1) after 30 minutes. The rate of formation of NO_(2) is 4.67xx10^(-x) "mol" L^(-1)"min"^(-1) . the numerical value of x is __________.

The rate of the reaction 2NO+O_(2)rarr2NO_(2),"at" 25^(@)C is r=k[NO]^(2)[O_(2)] If the initial concentrations of the reactant are O_(2)=0.040 "mol"L^(-1) and NO==0.01 "mol" L^(-1) , the rate constant of the reaction is :

CENGAGE CHEMISTRY-REACTION KINETICS AND CHEMICAL EQUILIBRIUM-MANDATORY EXERCISE (SET I)

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