Question Solved1 Answer In (Eigure 1). F-F₁-30 lb. Figure 100 1 Part A Determine the magnitudes of angles and so that the resultant force is directed along the positive axi and has a magnitude of F = 32 lb. Express your answers in degrees using three significant figures separated by comma VAX i vec -64.19,-64.19 Submit Previous Answers Be X Incorrect; Try Again Next> Provide In (Eigure 1). F-F₁-30 lb. Figure 100 1 Part A Determine the magnitudes of angles and so that the resultant force is directed along the positive axi and has a magnitude of F = 32 lb. Express your answers in degrees using three significant figures separated by comma VAX i vec -64.19,-64.19 Submit Previous Answers Be X Incorrect; Try Again Next> Provide Feedback

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Transcribed Image Text: In (Eigure 1). F-F₁-30 lb. Figure 100 1 Part A Determine the magnitudes of angles and so that the resultant force is directed along the positive axi and has a magnitude of F = 32 lb. Express your answers in degrees using three significant figures separated by comma VAX i vec -64.19,-64.19 Submit Previous Answers Be X Incorrect; Try Again Next> Provide Feedback
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Transcribed Image Text: In (Eigure 1). F-F₁-30 lb. Figure 100 1 Part A Determine the magnitudes of angles and so that the resultant force is directed along the positive axi and has a magnitude of F = 32 lb. Express your answers in degrees using three significant figures separated by comma VAX i vec -64.19,-64.19 Submit Previous Answers Be X Incorrect; Try Again Next> Provide Feedback
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Answer:- solGiven that f_(1)=f_(2)=301lcomponents of f_(1) along x_(1)y axis aref_(x)=f_(1)cos theta and f_(1y)=f_(1)sin thetacompnenty of f_(2) along x,y ayisoref_(2x)=f_(2)cos phi and f_(2)y_(sin phi)we know resultant torce is onty ciong the oris and has magnifecte of 4016 .{:[f_(Rx)=f_(ix)+t_(2)x=30(cos theta+cos ... See the full answer