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Why instantaneous rate is preferred over...

Why instantaneous rate is preferred over average rate?

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**Step-by-Step Solution:** 1. **Understanding Reaction Rates**: In chemical reactions, the rate at which reactants are converted into products can be measured. This rate can be described as either an average rate over a time interval or an instantaneous rate at a specific moment. 2. **Definition of Average Rate**: The average rate of a reaction is calculated by taking the change in concentration of reactants or products over a specific time interval. It gives a general idea of how fast the reaction occurs over that period. 3. **Definition of Instantaneous Rate**: The instantaneous rate, on the other hand, refers to the rate of reaction at a particular moment in time. It can be determined by measuring the slope of the concentration vs. time graph at a specific point. ...
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CENGAGE CHEMISTRY ENGLISH-NCERT BASED EXERCISE-Short Answer Type Question
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  2. Why coal or petrol does not burn by itself in air but once initiated b...

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  3. Why in general does not proceed with a uniform rate throughout?

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  4. Why instantaneous rate is preferred over average rate?

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  5. Why are reactions of higher order less in number?

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  6. Is there any reaction whose rate does not decrease with time ?

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  7. What is the order of reaction whose rate constant has the same units a...

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  8. What type of plot is obtained for rate versus time for zero order reac...

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  9. When is the rate of reaction equal to specific rate constants

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  10. When does the average rate become equal to instantaneous rate ?

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  11. On the basis of enthalpy of formation, graphite is more stable than di...

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  12. In some cases, it is found that a large number of colliding molecules ...

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  13. Can a reaction have negative activation energy?

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  14. The reactions :2CO(g)+O(2)(g)rarr 2CO(2)(g) and 2NO(g)+O(2)(g) rarr 2N...

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  15. What are the units of a pseudo unimolecular and pseudo bimolecular rea...

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  16. What is the effect of adding a catalyst on (a) Activation energy (Ea...

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  17. Why equilibrium constant of a reaction does not change in the presence...

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  18. What is the value of K at high temperature. Is it feasible or not ?

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