You are the lead engineer for a brand-new Formula 1 race car team. An experiment was conducted to compare three innovative rear wing designs [rear wing A, E, and C], developed by vour team, and investigate their impacts on reduction in lap time {i.e., how much faster the car completes a lap}. To conduct this experiment, the rear wing was randomly changed on the car during practice sessions to one of the three designs m, B, or C]. For each rear wing design, 6 lap times were recorded. The reduction in lap time {in tenths of a second] was recorded for each rear wing and was as follows: [15 marks} Lap time reductionld s] a} What type of statistical experiment is this? 1Ir'lihat type of statistical analysis is required to solve it? Break down the details and parameters of this experiment's design. You must list the parameters and mention the quantitv or duality,r of each. h} Are these rear wing designs significantly.r different with regard to the reduction in lap time, at 5% significance level