Why Do Curlers Sweep The Ice. Web with a curling stone, the pressure on the front of the stone may warm the ice and make a thin film of water that decreases the friction on the front end. The sweeping quickly heats and melts the pebbles on the ice leaving a film of water. Sweeping in front of the stone reduces friction and helps the curlers control the amount of curl the stone undergoes. Web the heat produced by the friction generated by sweeping melts the ice and produces a thin layer of water over which the heavy granite. This film reduces the friction. Web sweeping quickly heats and melts the pebbles on the ice leaving a film of water that reduces the friction between the stone and ice. Web curlers sweep the ice to help the stone travel farther and straighter. Web when curlers sweep the ice, they are essentially changing the ice surface, reducing friction and allowing the stone to glide more. Web the sweeping motion heats up the ice, causing it to become slick, which reduces friction between the stone and the ice. If the curling team want.
from www.nytimes.com
Sweeping in front of the stone reduces friction and helps the curlers control the amount of curl the stone undergoes. Web the heat produced by the friction generated by sweeping melts the ice and produces a thin layer of water over which the heavy granite. The sweeping quickly heats and melts the pebbles on the ice leaving a film of water. This film reduces the friction. Web sweeping quickly heats and melts the pebbles on the ice leaving a film of water that reduces the friction between the stone and ice. Web when curlers sweep the ice, they are essentially changing the ice surface, reducing friction and allowing the stone to glide more. Web curlers sweep the ice to help the stone travel farther and straighter. Web the sweeping motion heats up the ice, causing it to become slick, which reduces friction between the stone and the ice. If the curling team want. Web with a curling stone, the pressure on the front of the stone may warm the ice and make a thin film of water that decreases the friction on the front end.
Curlers’ Aim Sweep to a Win Over the Heat The New York Times
Why Do Curlers Sweep The Ice The sweeping quickly heats and melts the pebbles on the ice leaving a film of water. If the curling team want. Web the sweeping motion heats up the ice, causing it to become slick, which reduces friction between the stone and the ice. Sweeping in front of the stone reduces friction and helps the curlers control the amount of curl the stone undergoes. Web the heat produced by the friction generated by sweeping melts the ice and produces a thin layer of water over which the heavy granite. Web sweeping quickly heats and melts the pebbles on the ice leaving a film of water that reduces the friction between the stone and ice. This film reduces the friction. Web with a curling stone, the pressure on the front of the stone may warm the ice and make a thin film of water that decreases the friction on the front end. The sweeping quickly heats and melts the pebbles on the ice leaving a film of water. Web curlers sweep the ice to help the stone travel farther and straighter. Web when curlers sweep the ice, they are essentially changing the ice surface, reducing friction and allowing the stone to glide more.
