If you release a helium balloon, it soars upward and eventually pops. Explain this behavior

The behavior of a helium balloon rising and eventually popping can be explained by the buoyancy force and the pressure difference between the inside and outside of the balloon. The buoyancy force comes from the difference in density between the helium and air, causing the balloon to rise as it displaces air. As it rises, the atmospheric pressure decreases while the pressure inside the balloon increases, causing the helium to expand. Additionally, lower temperatures at higher altitudes weaken the balloon's material. Eventually, the stress on the weakened material due to the increased pressure difference and expanding helium becomes too great, causing the balloon to rupture and release the helium into the atmosphere.