vector E an opposite in direction. Express it in unit-vector notation. Use the component method of vector addition to find the magnitude and direction of the resultant of the four displacements shown in the figure. The magnitudes of the displacements are: A = 2.25 cm, B = 6.35 cm, C = 5.47 cm, and D = 4.19 cm. %3D %3D +y D А 36.0° 60.0° x+ 20.0° 36.0 C A vector F1 has a magnitude of 40.0 units and points 35.0° above the positive x axis. diroctio

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Chapter3: Vectors
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18264/assignments/453943?module item id%3D1196030
SRILC
it in unit-vector notation. (d) Vector H is a vector four times the length of Vector E and
opposite in direction. Express it in unit-vector notation.
Use the component method of vector addition to find the magnitude and direction of
the resultant of the four displacements shown in the figure. The magnitudes of the
displacements are: A = 2.25 cm, B = 6.35 cm, C = 5.47 cm, and D= 4.19 cm.
+y
D
A
36.0°
60.0°
x+
20.0°
B
36.00
C.
A vector F1 has a magnitude of 40.0 units and points 35.0° above the positive x axis. A
anitudo of 65.0 units and noints in the negative v direction
ctor C)
Transcribed Image Text:18264/assignments/453943?module item id%3D1196030 SRILC it in unit-vector notation. (d) Vector H is a vector four times the length of Vector E and opposite in direction. Express it in unit-vector notation. Use the component method of vector addition to find the magnitude and direction of the resultant of the four displacements shown in the figure. The magnitudes of the displacements are: A = 2.25 cm, B = 6.35 cm, C = 5.47 cm, and D= 4.19 cm. +y D A 36.0° 60.0° x+ 20.0° B 36.00 C. A vector F1 has a magnitude of 40.0 units and points 35.0° above the positive x axis. A anitudo of 65.0 units and noints in the negative v direction ctor C)
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