Very very urgent. Point C is the starting point of the ski and landing track and the landing track is built with a horizontal inclination of 30 degrees. Point A is the beginning of the ski jump point and is 4 m high from point C. The function of the sloping part of the jump run starting from point A is x = sqrt (h-y) Note: Ignore air resistance and friction in all questions. h: Runway height (height between A and B points) Skier's weight: 34 kg Calculate the reaction forces from the ground when the skier travels 1m horizontally after leaving point A from the standing state.
Very very urgent. Point C is the starting point of the ski and landing track and the landing track is built with a horizontal inclination of 30 degrees. Point A is the beginning of the ski jump point and is 4 m high from point C. The function of the sloping part of the jump run starting from point A is x = sqrt (h-y) Note: Ignore air resistance and friction in all questions. h: Runway height (height between A and B points) Skier's weight: 34 kg Calculate the reaction forces from the ground when the skier travels 1m horizontally after leaving point A from the standing state.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Very very urgent.
Point C is the starting point of the ski and landing track and the landing track is built with a horizontal inclination of 30 degrees. Point A is the beginning of the ski jump point and is 4 m high from point C. The function of the sloping part of the jump run starting from point A is x = sqrt (h-y)
Note: Ignore air resistance and friction in all questions.
h: Runway height (height between A and B points)
Skier's weight: 34 kg
Calculate the reaction forces from the ground when the skier travels 1m horizontally after leaving point A from the standing state.
Transcribed Image Text:C.
İniş pisti
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