๐ Imagine this: You're a soccer coach. How do you decide which player goes where? Or wonder if players get slower with a ball after a 20-minute run? Let's take this fun journey to understand. ๐
๐ Real World Example: Let’s say you test how many push-ups your friends can do. If their average (mean) is 20, but they differ a lot (a high standard deviation), the coefficient will be high. It’s like saying, "Hey, we all average 20 push-ups, but some of us do WAY more or WAY less!"
๐ Real World Scenario: After 20 mins of exercising, a group of soccer players run with the ball for 60 seconds. Did they cover less distance because of the exercise, or was it just a random thing?
t11 = 1.194
. Huh?!p-value
) which answers: "Is the result because of luck?"p = 0.205
or 20.5% chance it's by luck.Dive deeper and gain exclusive access to premium files of Sports, Exercise & Health Science SL. Subscribe now and get closer to that 45 ๐
๐ Imagine this: You're a soccer coach. How do you decide which player goes where? Or wonder if players get slower with a ball after a 20-minute run? Let's take this fun journey to understand. ๐
๐ Real World Example: Let’s say you test how many push-ups your friends can do. If their average (mean) is 20, but they differ a lot (a high standard deviation), the coefficient will be high. It’s like saying, "Hey, we all average 20 push-ups, but some of us do WAY more or WAY less!"
๐ Real World Scenario: After 20 mins of exercising, a group of soccer players run with the ball for 60 seconds. Did they cover less distance because of the exercise, or was it just a random thing?
t11 = 1.194
. Huh?!p-value
) which answers: "Is the result because of luck?"p = 0.205
or 20.5% chance it's by luck.Dive deeper and gain exclusive access to premium files of Sports, Exercise & Health Science SL. Subscribe now and get closer to that 45 ๐