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1. What is the range half-life of the element Lokium?

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2 points
1-3 trials
4-7 trials
11-12 trials
Lokium Half-Life Simulation

2. In the graph above, after which trial was the half-life of Lokium reached? (HINT: Trial 1 started with 60 dice)
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2 points
Trial 12
Trial 6
Trial 1
Trial 9
3. How do the graphs resulting from your 2 sets of trials compare?
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1 point
The graphs are vastly different, the 2 half-lives not even close
The graphs are very similar, the 2 half-lives are close
The graphs are exactly the same , the 2 half-lives identical
The graphs are very similar, the 2 half-lives aren't close at all
4. What would you expect a third test to look like? Check all that apply
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2 points
vastly different graph
very similar half-life
similar graph
completely different half-life
Drawing Conclusions
Having studied the data for patterns and trends, you should now be able to draw some conclusions about how knowing the half-life of the element Lokium would help you determine the absolute age of rock in which this element is found.
5. What is the half life of Carbon 14 according to the graph below?
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1 point
Captionless Image
5730 years
11460 years
17190 years
22920 years

1 answer

Here are the responses based on the provided questions:

  1. What is the range half-life of the element Lokium?

    • Answer: Since I don't have specific data about Lokium, I can't give a precise answer. It's essential to refer to the simulation results or provided data about Lokium's half-life to determine the range.

  2. In the graph above, after which trial was the half-life of Lokium reached? (HINT: Trial 1 started with 60 dice)

    • Answer: Without seeing the graph, I cannot determine the specific trial. Typically, the half-life is reached when the quantity of the substance reduces to half its initial amount. If the initial count is 60, the half-life would be reached at 30 remaining, which needs to be checked against the trial data.

  3. How do the graphs resulting from your 2 sets of trials compare?

    • Answer: This would depend on the actual data from your experiments. If the results are consistently similar, you could say: "The graphs are very similar, the 2 half-lives are close." Conversely, if there were significant discrepancies, you might say: "The graphs are vastly different, the 2 half-lives not even close."

  4. What would you expect a third test to look like? Check all that apply.

    • Answer: This can vary. If previous trials were consistent, you might expect “very similar half-life” and “similar graph.” If there was a lot of variation, you could expect “vastly different graph” and “completely different half-life.”

  5. What is the half-life of Carbon 14 according to the graph below?

    • Answer: The half-life of Carbon 14 is 5730 years.

If more specific data or graphs are available, I’d be able to provide more precise answers for questions 1, 2, 3, and 4!