Which of the following best explains why an ice skater is able to coast on ice for a long distance without pushing off in a straight line across the ice?

This statement is incorrect because if the force of friction on the skate blades were greater than that on the ice, the skater would experience significant resistance, reducing their ability to coast. Greater friction would cause the skater to slow down rapidly rather than maintain speed.

This option is misleading as the ice does not exert a forward force on the skater; rather, the skater moves forward due to their initial momentum. The interaction between the skate blades and the ice primarily involves friction, which is minimal, not an applied forward force.

This choice is incorrect because buoyancy is not a relevant factor in this scenario. The skater is not floating but rather gliding on the ice, where the primary forces involved are weight and friction. Buoyancy acts in fluids and does not apply to the solid interaction of skate blades on ice.