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The three forces are given by F1 is 19.0 N at a direction of 12.5 degrees E of N; F2 is 11.5 N due West; and F3 is 17.5 N due South. If a 3.50 kg mass is at the origin, what is the magnitude, in m/s?, Blank 1 and vector angle, in degrees, Blank 2 of the acceleration of the object?

The three forces are given by F1 is 19.0 N at a direction of 12.5 degrees E of N; F2 is 11.5 N due West; and F3 is 17.5 N due South. If a 3.50 kg mass is at the origin, what is the magnitude, in m/s?, Blank 1 and vector angle, in degrees, Blank 2 of the acceleration of the object?

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A top view of a 3-way "tug of war" is shown. Three Forces Vector Addition..png ... YA F, The three forces are given by F, is 19.0 N at a direction of 12.5 degrees E of N; F2 is 11.5 N due West; and F3 is 17.5 N due South. If a 3.50 kg mass is at the origin, what is the magnitude, in m/s?, Blank 1 and vector angle, in degrees, Blank 2 of the acceleration of the object? Blank 1 Add your answer Blank 2 Add your answer
Transcribed Image Text:A top view of a 3-way "tug of war" is shown. Three Forces Vector Addition..png ... YA F, The three forces are given by F, is 19.0 N at a direction of 12.5 degrees E of N; F2 is 11.5 N due West; and F3 is 17.5 N due South. If a 3.50 kg mass is at the origin, what is the magnitude, in m/s?, Blank 1 and vector angle, in degrees, Blank 2 of the acceleration of the object? Blank 1 Add your answer Blank 2 Add your answer
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