She was doing a flying kick with her right leg extended and her left leg in, as more of her right side is out and extended it increased the amount of drag/friction caused on it as she was carving through the Earth. This excess friction on one side versus the other resulted in a change in her trajectory until she ended up curving back upwards. The reason this didn't occur in the upper strata of the ground is that as you go deeper into the Earth, the denser things will be due to compression. The upper strata were simply not dense enough to create enough of a friction difference between the sides to alter her trajectory. /complete_bs
She was doing a flying kick with her right leg extended and her left leg in, as more of her right side is out and extended it increased the amount of drag/friction caused on it as she was carving through the Earth. This excess friction on one side versus the other resulted in a change in her trajectory until she ended up curving back upwards. The reason this didn't occur in the upper strata of the ground is that as you go deeper into the Earth, the denser things will be due to compression. The upper strata were simply not dense enough to create enough of a friction difference between the sides to alter her trajectory. /complete_bs
She was doing a flying kick with her right leg extended and her left leg in, as more of her right side is out and extended it increased the amount of drag/friction caused on it as she was carving through the Earth. This excess friction on one side versus the other resulted in a change in her trajectory until she ended up curving back upwards. The reason this didn't occur in the upper strata of the ground is that as you go deeper into the Earth, the denser things will be due to compression. The upper strata were simply not dense enough to create enough of a friction difference between the sides to alter her trajectory. /complete_bs