Question 1 Responses:
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The person doing the most jumping jacks per minute:
- Katrina (Katrina completed 160 jumping jacks in 20 minutes, which is 8 jacks per minute. Kimberly completed 106 jacks in 16 minutes, which is approximately 6.625 jacks per minute.)
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The person that did the most jumping jacks initially before the time started:
- Neither (Both Kimberly and Katrina started with 0 jumping jacks before time started.)
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The person showing a proportional relationship between time and # of jumping jacks:
- Katrina (Katrina's data points suggest a constant rate of change, indicating a proportional relationship.)
Question 2 Responses:
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Function with the greatest rate of change:
- Function B (This function's values increase more rapidly compared to Function A, where y remains relatively low.)
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Function with the smallest y-intercept:
- Function A (The smallest y-intercept is at y = 1 when x = 0.)
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Which function would benefit you the most if it represented your money earned per hour?:
- Function C: y = x + 20 (This function indicates that you earn a base of 20 plus whatever is added for each hour worked—a better earning potential.)
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Function with the highest initial amount of money:
- Function C: y = x + 20 (It starts at y = 20 when x = 0, which is higher than both Function A and Function B.)
Question 3 Responses (Check all that apply):
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The lawyer has a greater initial amount of earnings than the plumber.
- Check
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The plumber has a steeper rate of change than the entry level worker.
- Check
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The entry level worker has the same slope as the lawyer.
- Do not check
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The plumber initially earns more money than the lawyer, but the lawyer earns more as more hours are worked.
- Check
-
Bill Gates has the same y-intercept as the entry level worker.
- Do not check
Feel free to ask for further explanations or follow-up questions!