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Compounds A and B are used in an experiment. The equation A=30,000(1/2)^t represents the remaining amount of compound A, in milligrams, after t seconds. The table shows the rema…

Compounds A and B are used in an experiment. The equation A=30,000(1/2)^t represents the remaining amount of compound A, in milligrams, after t seconds. The table shows the rema…
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Compounds A and B are used in an experiment.

The equation A=30,000(1/2)^t represents the remaining amount of compound A, in milligrams, after t seconds. The table shows the remaining amount of compound B.
What is the positive difference in the initial amount of each compound?

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[50 PTS]

Compounds A and B are used in an experiment. The equation A=30,000(1/2)^t represents-example-1
User Dyslexit
by
8.5k points

2 Answers

5 votes

Answer:

The difference is 6,000

Explanation:

User Fedesilva
by
8.1k points
6 votes

Answer:

6,000

Explanation:

If you are from k12 this is correct

User Martin Mihaylov
by
8.9k points
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