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Compute for the resultant vector R of the following given vectors А. A = 230 Newtons, 35° N of E В. B = 400 Newtons, 15° Wof N %3D С. C = 550 Newtons, 20° S of W D. D = 230 Newtons, 45° E of S

Compute for the resultant vector R of the following given vectors А. A = 230 Newtons, 35° N of E В. B = 400 Newtons, 15° Wof N %3D С. C = 550 Newtons, 20° S of W D. D = 230 Newtons, 45° E of S

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STEP 1. Draw the given vectors. STEP 2. Compute for the components of the given vectors. STEP 3. Take the summation of all the x-components and the summation of all the y-components of the given vectors. STEP 4. Solve for the magnitude of the resultant vector. STEP 5. Determine the direction of the resultant vector.
Transcribed Image Text:STEP 1. Draw the given vectors. STEP 2. Compute for the components of the given vectors. STEP 3. Take the summation of all the x-components and the summation of all the y-components of the given vectors. STEP 4. Solve for the magnitude of the resultant vector. STEP 5. Determine the direction of the resultant vector.
Compute for the resultant vector R of the following given vectors: = 230 Newtons, 35° N of E B = 400 Newtons, 15° W of N A. A В. В — С. C 550 Newtons, 20° S of W D. D = 230 Newtons, 45° E of S
Transcribed Image Text:Compute for the resultant vector R of the following given vectors: = 230 Newtons, 35° N of E B = 400 Newtons, 15° W of N A. A В. В — С. C 550 Newtons, 20° S of W D. D = 230 Newtons, 45° E of S
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