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For a solution of dibasic acid the molarity (M) and normality (N) are related as

For a second order reaction, t_(75%)=x t_(50%) Find the value of x.

For a second order reaction, t_(75%) = x t _(50%) find the value of x

For a second order reaction, 2" A"toProducts, a plot of log t_(1//2) vs log a (where a is the initial concentration) will give an intercept equal to which of the following ?

For a second order reaction rate at a particular time is x . If the initial concentration is tripled , the rate will become :

For a second order reaction, 2Ararr Products, a plot of logt_(1//2) vs log a (where a is initial concentration) will give an intercept equal to which one of the following?

For a sample of perfect gas when its pressure is changed isothermally from p_(i) to p_(f), the entropy change is given by

For a sample of an ideal gas at given temperature (T), speed distribution curve is given as follows. Then the speeds corresponding to point A, B and C are respectively known as:

For a reversible reaction : X_((g))+3Y_((g))iff2Z_((g)), DeltaH=-40kJ the standard entropies of X, Y and Z are 60, 40 and 50 JK^(-1) mol^(-1) respectively. The temperature at which the above reaction attains equilibrium is about

For a reversible reaction : X_((g))+3Y_((g))hArr 2Z_((g)), Delta H=-40 kJ, the standard entropies of X,Y and Z are 60, 40 and 50 JK^(-1)mol^(-1) respectively. The temperature at which the above reaction attains equilibrium is about

For a reversible reaction the rate constant for the forward reaction is 2.38xx10^(-4) and for the backward reaction is 8.15xx10^(-5) The k_c of the reaction is:

For a reversible reaction if the concentration of the reactants are doubled, the equilibrium constant will be :

For a reversible reaction following graph is obtained between log_(10)K_(C) and (1)/(T) hence DeltaH for the reaction is:-

For a reversible reaction ALeftrightarrowBwhich one of the following statements is wrong from the given energy profile diagram ?

For a reversible reaction A underset(k_(2)=2 xx 10^(2)s^(-1))overset(k_(1)=4xx10^(2)s^(-1))hArr B initial concentration of A is 21 mol L^(-1) . Select the correct statement:

For a reversible reaction, A hArr B, which one of the following statements is wrong from given energy profile diagram ?

For a reversible first-order reaction, A underset(K_(2))overset(K_(1))(hArr)B, K_(f)=10^(-2) s^(-1) and B_(eq.)/A_(eq.)=4, If A_(0)=0.01 ML^(-1) and B_(0)=0, what will be concentration of B after 30 sec?

For a reversible chemical reaction where the forward process is exothermic which of the following statements is correct

For a reversible chemical reaction where the forward process is exothermic. Which of the following statements is correct?

For a real gas y at T=60 k, select the only correct option (a/(bR)=270k)

For a redox reaction to proceed in a cell, the e.m.f. must be:

For a redox reaction to proceed spontaneously in a given direction , the emf should

For a redox reaction to proceed spontaneously in a given direction, the emf should:

For a real gas the P -V curve was experimentally plotted and it hed the following appearance. With respect to liquifaction. Choose the correct statement.

For a real gas x at its critical temperature the correct option is -

For a real gas the P-V curve was experimentally plotted and it had the following appearance. With respect to liquefaction, choose the correct statement.

For a real gas critical volume (Vc) is '2x' times the actual volume occupied by gas molecules, 'x' value is

For a reactions , A+B rarr product , therate law is given by r = k[A]^(1//2)[B]^2. What is the order of the reaction ?

For a real gas, deviations from ideal gas behaviour are maximum at :

For a reactionAtoB with activation energy E_(a) and rate constant k=Ae^(-Ea//RT). The rate of the reaction (Rate =k[A]) increases by increasing the temperature because

For a reaction , X+Y rarr Product , quadrupling [x] . Increases the rate by afactor of 8 . Quadrupling both [x] and [y] , increases the rate by a factor of 16. Find the order of the reaction with respect to x and y . What is the overall order of the reaction.

For a reaction(1)/(2)A to 2B rate of disappearance of A is related to rate of apperarance of B by the expression

For a reaction X + Y to Z, rate prop [X]. What is (i) molecularity and (ii) order of reaction ?

For a reaction, X+Y rarr Product , quadrupling [x], increases the rate by a factor of 8. Quadrupling both [x] and [y], increases the rate by a factor of 16. Find the order of the reaction with suspect to x and y. what is the overall order of the reaction?

For a reaction, X + Y rarr Z there is no entropy charge. Enthaply change for the reaction is 100J mol^(-1). Delta G is

For a reaction X rarr Y the rate of the reaction has been found to be third order with respect to X . What happens when the concentration of X is doubled :

For a reaction to occur spontaneously

For a reaction, the threshold energy is equal to

For a.......... reaction the unit of the reactionrate is atm s^(-1)

For a reaction ,the value of slope of a plot in Kto (1)/(T)=……….

For a reaction to be spontaneous at all temperatures

For a reaction, the rate constant is 2.34 s^(-1). The half-life period for the reaction is

For a reaction ,the rate of reaction was found to increase about .1.8 times when the temperature was increased by 10^@C . The increase in rate is due to :

For a reaction, the rate of reaction was found to increase about 1.8 times when the temperature was increased by 10^(@)C. The increase in rate is not due to

For a reaction the free energy change, DeltaG=-RT ln K_(p)+RTlnQ_(p) where K_(P) = equilibrium constant, Q_(P)= reaction quotient. For the reaction to be in equilibrium state

For a reaction the graph of the rate of the reaction against molar concentration of the reactant is as shown : What is the order of the reaction ?