Purpose: To analyze results of different methods of vector addition. Resultant R (magnitude and direction) Forces ( Graphical Analytical* Experimental F = (0.200)g N, 0, = 30° F2 = (0.200)g N, 02 = 120° Vector addition I 3.4N@75° 3.8N@ 48° F, = (0.200)g N, 0, = 20° F2 = (0.150)g N, 02 = 80° Vector addition II F = F, = (0.200)g N, 0, = 0° F2 = F, = (0.150)g N, 02 = 90° 3.1N@ 40° Vector addition III F, F, F =1.63N Vector resolution F = (0.300)g N, 0 = 60° F, F, F, = 2.91N Need correct with detailed explanation of complete table Graph is not by hand
Purpose: To analyze results of different methods of vector addition. Resultant R (magnitude and direction) Forces ( Graphical Analytical* Experimental F = (0.200)g N, 0, = 30° F2 = (0.200)g N, 02 = 120° Vector addition I 3.4N@75° 3.8N@ 48° F, = (0.200)g N, 0, = 20° F2 = (0.150)g N, 02 = 80° Vector addition II F = F, = (0.200)g N, 0, = 0° F2 = F, = (0.150)g N, 02 = 90° 3.1N@ 40° Vector addition III F, F, F =1.63N Vector resolution F = (0.300)g N, 0 = 60° F, F, F, = 2.91N Need correct with detailed explanation of complete table Graph is not by hand
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Transcribed Image Text:Purpose: To analyze results of different methods of vector addition.
Resultant R (magnitude and direction)
Forces (
Graphical
Analytical*
Experimental
F = (0.200)g N, 0, = 30°
F2 = (0.200)g N, 02 = 120°
Vector addition I
3.4N@75°
3.8N@ 48°
F = (0.200)g N, 0, = 20°
F2 = (0.150)g N, 02 = 80°
Vector addition II
F = F, = (0.200)g N, 01 0°
F2 = F, = (0.150)g N, 02 = 90°
3.1N@ 40°
Vector addition III
F,
F,
F, =1.63N
Vector resolution
F = (0.300)g N, 0 = 60°
F,
F,
F, = 2.91N
Need correct with detailed explanation of complete table
Graph is not by hand
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