Hello Rakesh amigo! I'm a chemist and I can explain this. Let's be honest: you got more bodyfat than average. When we talk about why a person with a higher fat percentage can float on water more easily, we need to look at two important concepts: the density of fat and Archimedes' principle. First, the density: fatty tissue has a lower density than water. This means that fat has less mass per unit volume than water. In other words, if you took the same amount of fat and water, the volume of the fat would be greater due to its lower mass per unit volume. This lower density of fat is why fat floats more easily on water than vice versa. Second, Archimedes' Principle: This principle states that an object fully or partially immersed in a fluid experiences an upward force equal to the weight of the displaced fluid. When a person with a high fat percentage is placed in water, the body displaces a greater volume of water than someone with less fat. This results in a greater upward force on the body due to the greater amount of fluid displaced.
Hello Rakesh amigo! I'm a chemist and I can explain this. Let's be honest: you got more bodyfat than average.
When we talk about why a person with a higher fat percentage can float on water more easily, we need to look at two important concepts: the density of fat and Archimedes' principle.
First, the density: fatty tissue has a lower density than water. This means that fat has less mass per unit volume than water. In other words, if you took the same amount of fat and water, the volume of the fat would be greater due to its lower mass per unit volume. This lower density of fat is why fat floats more easily on water than vice versa.
Second, Archimedes' Principle: This principle states that an object fully or partially immersed in a fluid experiences an upward force equal to the weight of the displaced fluid. When a person with a high fat percentage is placed in water, the body displaces a greater volume of water than someone with less fat. This results in a greater upward force on the body due to the greater amount of fluid displaced.