Tony built a ramp to determine the average distance his toy car will travel when released down the ramp. Which experiment will best test how far his toy car will travel when released down the ramp?
an experiment that measures the distances that his toy car travels in two trials
an experiment that measures the distances that different toy cars travel in two trials
an experiment that measures the distances that different toy cars travel in many repeated trials
an experiment that measures the distances that his toy car travels in many repeated trials
There is not enough information to determine which experiment will best test how far his toy car will travel when released down the ramp. The appropriate experiment will depend on the specific objectives and variables that Tony wants to investigate.
The best experiment to test how far Tony's toy car will travel when released down the ramp is option D, which is an experiment that measures the distances that his toy car travels in many repeated trials. By conducting multiple repeated trials, Tony can obtain a more accurate average distance his toy car travels down the ramp, reducing any potential variations or errors.
The best experiment to test how far Tony's toy car will travel when released down the ramp is to measure the distances that his toy car travels in many repeated trials. By conducting multiple trials, Tony can gather more data points and have a larger sample size, which will provide a more accurate representation of how far the toy car travels on average. This will also help to account for any inconsistencies or variations in the release or other external factors that may affect the distance traveled. By conducting many repeated trials with the same toy car, Tony can calculate the average distance and have a more reliable estimate of how far the toy car will travel when released down the ramp.
