Chapter 24: Q24.69 P (page 1104)

A steel part is treated to form some iron-59 . Oil used to lubricate the part emits298 particles (with the energy characteristic of $^{59} Fe$ ) per minute per milliliter of oil. What other information would you need to calculate the rate of removal of the steel from the part during use?

Short Answer

Expert verified

The volume of oil and the concentration of $^{59} Fe$ in the steel sample would be necessary

Step by step solution

Rate of a reaction

According to the rate law, the rate of a reaction depends on the concentration of the reactants raised to the powers of their coefficients.

Explanation

In order to calculate the rate of removal of the steel from the part during use, we need to find the volume of oil and the concentration of 59 Fe in the steel sample.

Hence, it would be essential to know the amount of oil and the concentration of $^{59} Fe$ in the steel sample.

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A steel part is treated to form some iron-59 . Oil used to lubricate the part emits298 particles (with the energy characteristic of $^{59} Fe$ ) per minute per milliliter of oil. What other information would you need to calculate the rate of removal of the steel from the part during use?

Short Answer

Step by step solution

Rate of a reaction

Explanation

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Chemical Reactions

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A steel part is treated to form some iron-59 . Oil used to lubricate the part emits298 particles (with the energy characteristic of 59Fe) per minute per milliliter of oil. What other information would you need to calculate the rate of removal of the steel from the part during use?

Short Answer

Step by step solution

Rate of a reaction

Explanation

One App. One Place for Learning.

Most popular questions from this chapter

Recommended explanations on Chemistry Textbooks

Chemical Reactions

Chemistry Branches

Inorganic Chemistry

Physical Chemistry

Organic Chemistry

Kinetics

Study anywhere. Anytime. Across all devices.

A steel part is treated to form some iron-59 . Oil used to lubricate the part emits298 particles (with the energy characteristic of $^{59} Fe$ ) per minute per milliliter of oil. What other information would you need to calculate the rate of removal of the steel from the part during use?