In a reaction, a chemist is observing the absorbance of CoCl2(ag) as a function of time to determine the rate at which it is being consumed in a reaction. At time t=10 s, the chemist determines that the concentration of CoCl2(ag) is 0.12 M. At time t=20 s, the chemist determines that the concentration of the CoCl2(ag) is 0.090 M. What is the average rate of the consumption of CoCl2 over this time period? O a. 0.021 M/s O b.0.003 M/s c. 300 M/s d. 2.1 M/s O e. 0.30 M/s

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In a reaction, a chemist is observing the absorbance of CoCl2(aq) as a function of time to determine the rate at which it is being consumed in a reaction.  At time t=10 s, the chemist determines that the concentration of CoCl2(aq) is 0.12 M.  At time t=20 s, the chemist determines that the concentration of the CoCl2(aq) is 0.090 M.  What is the average rate of the consumption of CoCl2 over this time period?

In a reaction, a chemist is observing the absorbance of CoCl₂(aq) as a function of time to determine the rate at which it is being consumed in a reaction. At time t=10 s, the chemist determines that the concentration of CoCl₂(aq) is 0.12 M. At time t=20 s, the chemist determines that the concentration of the CoCl₂(aq) is 0.090 M. What is the average rate of the consumption of CoCl₂ over this time period?

- a. 0.021 M/s
- b. 0.003 M/s
- c. 300 M/s
- d. 2.1 M/s
- e. 0.30 M/s
Transcribed Image Text:In a reaction, a chemist is observing the absorbance of CoCl₂(aq) as a function of time to determine the rate at which it is being consumed in a reaction. At time t=10 s, the chemist determines that the concentration of CoCl₂(aq) is 0.12 M. At time t=20 s, the chemist determines that the concentration of the CoCl₂(aq) is 0.090 M. What is the average rate of the consumption of CoCl₂ over this time period? - a. 0.021 M/s - b. 0.003 M/s - c. 300 M/s - d. 2.1 M/s - e. 0.30 M/s
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