Why in Curling Does an In Turn Rock Curl More Than an Out Turn e.g. Left In Turn Compared to Right Out Turn?
In curling, an in turn rock is thrown so that it curves inwards towards the center line, while an out turn rock curves outwards. Generally, an in turn rock will curl more than an out turn rock. This is because the in turn rock has more momentum than the out turn rock. As the in turn rock travels down the ice, the friction between the rock and the ice causes it to lose speed. However, the in turn rock also has more angular momentum than the out turn rock. This is because the in turn rock is rotating faster than the out turn rock. The angular momentum of the in turn rock causes it to continue to curl, even as it loses speed.
As a result, the in turn rock will curl more than the out turn rock. This difference in curling is important in curling strategy. Curlers will often use in turn rocks to make shots that would be difficult or impossible to make with an out turn rock. For example, curlers will use an in turn rock to curl around an obstacle or to make a shot that curves around the corner.
Related Questions
- What is the difference between an in turn and an out turn rock?
- Why does an in turn rock curl more than an out turn rock?
- What is the role of momentum in curling?
- What is the role of angular momentum in curling?
- How do curlers use in turn rocks in their strategy?
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