Clinical research attempts to identify the risks of exposure of the population in the workplace. In a group of 46 men aged between 25 and 36 years, we measured the changes in the function of their lungs. One of the variables of interest was the volume of exhalation force (VFE), which is the volume of air exhaled per second. At the end of a certain period, the EFV of this sample was found to drop with an average of 0.27 liters and a sample standard deviation of 0.52 liters. It is known that the EFV decreases by 0.1 liter in men of the same age who are in good health during the same period of time. Can we conclude that the working environment of this group plays a significant role in the decrease in EFV greater than 0.1 liter? Choose the appropriate hypothesis test to do. Give the value - P and your conclusion. Take = 0.02. A) P-value <0.02; The working environment of this group cannot be said to cause a significant decrease in VFE. B) P-value <0.02; We can say that the working environment of this group causes a significant increase in VAW C) P-value> 0.02; One cannot say that the working environment of this group causes a significant decrease in VFE D) P-value> 0.02; We can say that the working environment of this group causes a significant increase in VAW E) The size of the sample does not allow us to do such a hypothesis test