A population of bacteria is growing rapidly, each day increasing by 10%. The original population of bacteria (on day 0) was 70 bacteria. Let x represent days and y represent the number of bacteria. Create a table of values and write an equation that represents this situation. X y Write an equation that models this situation. Use x and y (as defined above) as your variables.

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population of bacteria is growing rapidly, each day increasing by 10%. The original population of bacteria
(on day 0) was 70 bacteria. Let x represent days and y represent the number of bacteria. Create a table of
values and write an equation that represents this situation.
X
y
Write an equation that models this situation. Use x and y (as defined above) as your variables.
Transcribed Image Text:population of bacteria is growing rapidly, each day increasing by 10%. The original population of bacteria (on day 0) was 70 bacteria. Let x represent days and y represent the number of bacteria. Create a table of values and write an equation that represents this situation. X y Write an equation that models this situation. Use x and y (as defined above) as your variables.
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