3J Predictions from Graphs
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Last updated over 2 years ago
6 questions
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Andre uses 2 scoops of lemonade mix for each batch of lemonade he makes. The equation that models the total scoops of lemonade mix Andre uses, s, for b batches is s = 2b. Complete the table, then graph the relationship.
Andre uses 2 scoops of lemonade mix for each batch of lemonade he makes. The equation that models the total scoops of lemonade mix Andre uses, s, for b batches is s = 2b. Complete the table, then graph the relationship.
3
Use your graph to answer the following: If Andre needed to make 8 batches of lemonade, how many scoops would he need? _______ Which point on your graph shows this solution? (_______ ,_______)
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Lana walks for 5 minutes at the start of each run. The equation that models the total amount of time Lana spends exercising, t, after running for r minutes is t = r + 5. Complete the table, then graph the relationship.
Lana walks for 5 minutes at the start of each run. The equation that models the total amount of time Lana spends exercising, t, after running for r minutes is t = r + 5. Complete the table, then graph the relationship.
3
Use your graph to answer the following: How much time will Lana spend exercising if she plans to run for 50 minutes? _______ Which point on your graph shows this solution? (_______ ,_______)
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Bearington makes $0.25 for each bar of soap they sell. The equation that models the total amount of money Bearington makes, m, after selling b bars of soap is m = 0.25b. Complete the table then graph the relationship.
Bearington makes $0.25 for each bar of soap they sell. The equation that models the total amount of money Bearington makes, m, after selling b bars of soap is m = 0.25b. Complete the table then graph the relationship.
3
Use your graph to answer the following: How much can Bearington make if 16 bars of soap are sold? $_______ Which point on your graph shows this solution? (_______ ,_______)