4. Experiment: Select the BAR CHART tab and turn on Show numerical values. For each of the situations below Insert your answer Acceleration . (18 points)

Question

Load Number of fans turned on Acceleration
3 fans, 0 blocks 1 Answer
3 fans, 0 blocks 2 Answer
3 fans, 0 blocks 3 Answer
3 fans, 2 blocks 1 Answer
3 fans, 2 blocks 2 Answer
3 fans, 2 blocks 3 Answer

Answer 1

To provide the answers for the acceleration based on the given situations (with 3 fans and varying numbers of blocks), I would need specific numerical data or a description of how acceleration is calculated based on the fans and blocks.

Given that I don't have that specific data, I can guide you on how to interpret or calculate the acceleration based on general principles, such as:

1. Understanding Factors: Acceleration might be calculated based on how many fans are turned on and the number of blocks they are facing. Usually, increasing the number of fans may increase acceleration until a point of saturation or decrease if too many blocks impede movement.

2. Possible Trends: Typically, with physics-based experiments:

   • More fans can lead to higher acceleration until the limits imposed by numerous blocks.
   • The relationship between fans and blocks necessitates a calculation or formula based on experimental data.

If you have specific numerical data or a model used in the experiment, please provide that so that I can assist you in determining the acceleration values for each scenario.