To win a contest, contestants must use a compass and map to get to a hidden...

 

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To win a contest, contestants must use a compass and map to get to a "hidden artifact buried in a forest. One of the contestants travels the following three displacments throughout the following times and finds the artifact; unfortunately that contestant was slower than two of the other contestants and did not win. 0.9760m at 55.0 South of West for 3.879 seconds Displacement 1 Displacement 2 0.7317m at 80.0 South of West for 4.1167 seconds 0.5952m at 42.5 North of East for 4.102 seconds Displacement 3 Using the given displacement values, and apply the Graphical Method (Tip-to-Tail Method) to determine the net displacement (magnitude and direction) in units of meters. (Use 1m = 10.25cm) apply Trigonometric/Algebraic Method to determine the net displacement magnitude and direction in units of meters. Determine the average speed of the contestant throughout the entire contest, the average velocity of the contestant throughout the entire contest. To win a contest, contestants must use a compass and map to get to a "hidden artifact buried in a forest. One of the contestants travels the following three displacments throughout the following times and finds the artifact; unfortunately that contestant was slower than two of the other contestants and did not win. 0.9760m at 55.0 South of West for 3.879 seconds Displacement 1 Displacement 2 0.7317m at 80.0 South of West for 4.1167 seconds 0.5952m at 42.5 North of East for 4.102 seconds Displacement 3 Using the given displacement values, and apply the Graphical Method (Tip-to-Tail Method) to determine the net displacement (magnitude and direction) in units of meters. (Use 1m = 10.25cm) apply Trigonometric/Algebraic Method to determine the net displacement magnitude and direction in units of meters. Determine the average speed of the contestant throughout the entire contest, the average velocity of the contestant throughout the entire contest.