Answer:
Austin's prediction is that adding more weight to a car will lead to a faster finish in the pinewood derby race. To support this prediction, Austin would need scientific evidence. Here are three possible examples of evidence that could support his prediction:
1. Controlled Experiments: Austin could conduct a series of controlled experiments where he builds identical pinewood derby cars, but adds different amounts of weight to each one. He can then measure the time it takes for each car to finish the race. If he consistently finds that the car with more weight finishes faster, it would provide evidence to support his prediction.
2. Comparing Different Cars: Austin could compare the performance of his three pinewood derby cars (Car A, Car B, and Car C) that have different weights. He can race them against each other multiple times and record the finishing times. If he consistently observes that the car with the most weight finishes the race fastest, it would provide evidence to support his prediction.
3. Existing Research: Austin could review scientific literature or research studies related to pinewood derby races or similar races that involve adding weight to cars. If he finds studies that have already been conducted and show a positive correlation between added weight and faster finish times, it would support his prediction.
It is important to note that Austin's prediction is based on his hypothesis and personal observations. To draw a more reliable scientific conclusion, it is crucial to conduct experiments with controlled variables, collect data, and analyze the results. This way, Austin can provide evidence that supports or refutes his initial prediction.
Step-by-step explanation:
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