A sailing boat is following a straight course along the path r = (185, 235, 105)[ metres] . The wind is blowing with a force equal to F= (265, 55, –90) [kN]. How much energy has been used to overcome the forces of friction assuming this sailboat is traveling at a constant speed the entire time? Energy F
A sailing boat is following a straight course along the path r = (185, 235, 105)[ metres] . The wind is blowing with a force equal to F= (265, 55, –90) [kN]. How much energy has been used to overcome the forces of friction assuming this sailboat is traveling at a constant speed the entire time? Energy F
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![A sailing boat is following a straight course along the path 7 = (185, 235, 105)[ metres] . The wind is
blowing with a force equal to F = (265, 55, –90) [kN]. How much energy has been used to overcome the
forces of friction assuming this sailboat is traveling at a constant speed the entire time?
Energy =
F](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0414c1e-d662-463a-9607-dc4964c788ff%2F4c43c79f-8c03-4afd-912b-7f26db64fac5%2Ffn7f93_processed.png&w=3840&q=75)
Transcribed Image Text:A sailing boat is following a straight course along the path 7 = (185, 235, 105)[ metres] . The wind is
blowing with a force equal to F = (265, 55, –90) [kN]. How much energy has been used to overcome the
forces of friction assuming this sailboat is traveling at a constant speed the entire time?
Energy =
F
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