Review the table showing the percentage of contaminants remaining in a water sample after passing through each round of filters. In the exponential regression equation, what does the value of b...


Review the table showing the percentage of<br>contaminants remaining in a water sample after<br>passing through each round of filters.<br>In the exponential regression equation, what does the<br>value of b indicate?<br>O 6,3% of the contaminants remain in the water<br>Round<br>% of Contaminants<br>sample after each round of filters.<br>Left in Water Sample<br>O 14.9% of the contaminants remain in the water<br>100<br>sample after each round of filters.<br>O 6.3% of the remaining contaminants are removed<br>from the water sample after each round of filters.<br>O 14.9% of the remaining contaminants are removed<br>1.<br>15<br>2<br>0.3<br>from the water sample after each round of filters.<br>Mark this and retun<br>Save and Exit<br>Next<br>Submit<br>9%<br>6.<br>7.<br>8.<br>9.<br>

Extracted text: Review the table showing the percentage of contaminants remaining in a water sample after passing through each round of filters. In the exponential regression equation, what does the value of b indicate? O 6,3% of the contaminants remain in the water Round % of Contaminants sample after each round of filters. Left in Water Sample O 14.9% of the contaminants remain in the water 100 sample after each round of filters. O 6.3% of the remaining contaminants are removed from the water sample after each round of filters. O 14.9% of the remaining contaminants are removed 1. 15 2 0.3 from the water sample after each round of filters. Mark this and retun Save and Exit Next Submit 9% 6. 7. 8. 9.

Jun 02, 2022
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