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Solve for the resultant of à = 3.0N, 150°, B = 2.0N,100° and č = 1.0N,50° using component method. %3D

Solve for the resultant of à = 3.0N, 150°, B = 2.0N,100° and č = 1.0N,50° using component method. %3D

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Answer the following problem solving 3-6 Show your Complete Solutions. This is all General Physics 1 vectors.

Vectors Problem Solving 3. Solve for the resultant of Å = 3.ON, 150°, B = 2.0N, 100° and č = 1.ON, 50° using component method. 4. Solve for the resultant of Å = 35.0N, 15.0° N of E, B = 20.0N, 45° W of N and Č = 25.0N, 30° E of N using component method. 5. Solve for the resultant of Å = 2.5N, 16.0° N of E and B = 10.0N, 40° E of N using law of sine and cosine? (You can verify your answer using the component method.) 6. A student walked a first displacement (D1) of 150m, 30° N of E, then walked again for a second displacement (D2) of 230m, 60° W of N. After reaching the destination, the student walked back to the starting point in a straight-line path for the third displacement (D3). What is the magnitude and direction of (D3)?
Transcribed Image Text:Vectors Problem Solving 3. Solve for the resultant of Å = 3.ON, 150°, B = 2.0N, 100° and č = 1.ON, 50° using component method. 4. Solve for the resultant of Å = 35.0N, 15.0° N of E, B = 20.0N, 45° W of N and Č = 25.0N, 30° E of N using component method. 5. Solve for the resultant of Å = 2.5N, 16.0° N of E and B = 10.0N, 40° E of N using law of sine and cosine? (You can verify your answer using the component method.) 6. A student walked a first displacement (D1) of 150m, 30° N of E, then walked again for a second displacement (D2) of 230m, 60° W of N. After reaching the destination, the student walked back to the starting point in a straight-line path for the third displacement (D3). What is the magnitude and direction of (D3)?
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