Pond Hockey: Vector Displacement Calculation

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In summary, the World Pond Hockey tournament in Plaster Rock, NB involved a puck traveling 20.0 m [25° W of N] before being deflected and then traveling 30.0 m [35° N of W]. The final displacement of the puck with respect to its starting point can be determined. In a separate event, a player positioned 35 m [40° W of S] of the net shoots the puck 25 m [E] to a teammate. The second displacement that the puck needs to travel in order to make it to the net can be calculated.
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dylanjames
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In the World Pond Hockey tournament held in Plaster Rock, NB, a puck on the ice travels 20.0 m [25° W of N], gets deflected, and travels 30.0 m [35° N of W]. Determine where the puck will end up with respect to its starting point. (displacement)

b) In the same tournament, a player is positioned 35 m [40° W of S] of the net. He shoots the puck 25 m [E] to a teammate. What second displacement does the puck have to travel in order to make it to the net?

Thanks in advance

*Sorry - typo on "Displacement"
 
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Related to Pond Hockey: Vector Displacement Calculation

1. What is pond hockey?

Pond hockey is a form of ice hockey that is played on frozen bodies of water, such as ponds or lakes. It is typically played in a more casual and recreational setting compared to traditional ice hockey.

2. What is a vector displacement calculation?

A vector displacement calculation is a mathematical process used to determine the displacement or movement of an object in a specific direction. In the context of pond hockey, it is used to measure the distance and direction a player's stick moves when they hit the puck.

3. How is vector displacement calculated in pond hockey?

In pond hockey, vector displacement is calculated by measuring the distance and direction a player's stick moved when they hit the puck. This can be done using specialized equipment, such as motion sensors, or by manually tracking the movement using video footage.

4. Why is vector displacement important in pond hockey?

Vector displacement is important in pond hockey because it can provide valuable information about a player's skill and technique. It can also be used to analyze and improve performance, as well as to compare players and teams.

5. Are there any limitations to using vector displacement in pond hockey?

Yes, there are some limitations to using vector displacement in pond hockey. This method may not be as accurate as other forms of motion tracking, and it may not account for all factors that can affect a player's movement, such as ice conditions or the position of other players on the ice.

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