water can travel up a glass tube against the force of gravity. this is called capillary action.\nthe model…

water can travel up a glass tube against the force of gravity. this is called capillary action.\nthe model shows what happens when a thin glass tube is placed in a beaker of water.\ncomplete the sentences.\nless greater adhesive cohesive\nforces between water molecules hold the molecules together.\nforces cause water molecules to stick to the glass molecules in the tube. when adhesive forces are than the cohesive forces, water appears to climb up the tube.

water can travel up a glass tube against the force of gravity. this is called capillary action.\nthe model shows what happens when a thin glass tube is placed in a beaker of water.\ncomplete the sentences.\nless greater adhesive cohesive\nforces between water molecules hold the molecules together.\nforces cause water molecules to stick to the glass molecules in the tube. when adhesive forces are than the cohesive forces, water appears to climb up the tube.

Answer

Answer:

Cohesive; Adhesive; greater