Without surface tension it would stick to whatever thing attracts it more. And a normal piece of cloth attracts water way more than a normal non-carpet floor.
But it also wouldn’t flow freely as the GP expects either. Some oils have almost no surface tension, and they are famously a nightmare to clean up.
the cloth attracts it because of the capillary action pulling water into the gaps therein, and capillary action relies on surface tension! i think without outside forces like suction, the liquid in this scenario would never flow against gravity.
Without surface tension it would stick to whatever thing attracts it more. And a normal piece of cloth attracts water way more than a normal non-carpet floor.
But it also wouldn’t flow freely as the GP expects either. Some oils have almost no surface tension, and they are famously a nightmare to clean up.
As a positive, the water would evaporate faster.
the cloth attracts it because of the capillary action pulling water into the gaps therein, and capillary action relies on surface tension! i think without outside forces like suction, the liquid in this scenario would never flow against gravity.
i think hahah
Surface tension doesn’t tell you anything about the cloth-water interface.
i mean it’s literally why liquids wick into cloth