How does time affect position?
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Conclusion & Evaluation:
When answering the question "how does time affect position," it was discovered that as time increases, the distance from the starting point of the buggy also increases. Because the position (x) is a function of time (t), the distance traveled by the buggy was linearly correlated to the time the buggy was ran. The function is linear, which was discovered after graphing the data points and finding the slope of 10 cm traveled each second.
When answering the question "how does time affect position," it was discovered that as time increases, the distance from the starting point of the buggy also increases. Because the position (x) is a function of time (t), the distance traveled by the buggy was linearly correlated to the time the buggy was ran. The function is linear, which was discovered after graphing the data points and finding the slope of 10 cm traveled each second.