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An object is acted upon by 3 Forces (see Fig 1). If a 4th force is to be added, what must be its magnitude and direction so that the object will be in equilibrium? JON 10° 30° 15N 12.5N

An object is acted upon by 3 Forces (see Fig 1). If a 4th force is to be added, what must be its magnitude and direction so that the object will be in equilibrium? JON 10° 30° 15N 12.5N

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Problem 1: An object is acted upon by 3 Forces (see Fig 1). If a 4th force is to be added, what must be its magnitude and direction so that the object will be in equilibrium? ION 10° 30° 15N 12.5N Fig 1. Free Body Diagram (FBD) for problem 1 250 Tム-
Transcribed Image Text:Problem 1: An object is acted upon by 3 Forces (see Fig 1). If a 4th force is to be added, what must be its magnitude and direction so that the object will be in equilibrium? ION 10° 30° 15N 12.5N Fig 1. Free Body Diagram (FBD) for problem 1 250 Tム-
Force Fx (x-component) Fy (y-component) F, F2 F + F, + F; F = -(F, + F, + F;) 04 04 Table 1. Guide to solving problem 1 Draw F, in the space below.
Transcribed Image Text:Force Fx (x-component) Fy (y-component) F, F2 F + F, + F; F = -(F, + F, + F;) 04 04 Table 1. Guide to solving problem 1 Draw F, in the space below.
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