Looking at the image below, find the displacement using A.) unit vector notation and B.) magnitude and direction. 330° 1.5 km 120° 1.5 km 45° 2 km
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A: Forces are 400lb, 200lb, 300lb,300lb
Q: oordinate system. Their 3, | B| = 5, and | C| = 9 %3D ector form, i.e. A = A¸ î
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A: The x component of A+B, Rx=A cosθ1+B cosθ2=3.5×cos55°+4.5×cos245°=2.00-1.90=0.10 The y component…
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A: Given E=7 cm D=9cm
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Q: For the vectors V1 = 10 units and V2 = 7.5 %3D units shown in the figure, V1 45° 30 V2
A: V1= 10 units V2= 7.5 units
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Q: 1. What is the magnitude of the resultant? 2. What is the angle describing the direction of the…
A: 1: The magnitude of resultant along x-axis is, Rx=210 lbcos47°-305 lbcos36°Rx=143.219 lb-246.750…
Given :
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- Vector A points to the north and has length A. Vector B points to the east and has length B = 2.0 A.Find the magnitude of 4A + B terms of A. a) 4.9A b) 4.6A c) 3.6A d) 3.1AGiven two vectors and the angle between them, which of the following concepts in trigonometry is useful to solve for the third side of the triangle? Law of sines Double angle identities O Pythagorean theorem OLAW of cosinesVector A (in the first quadrant) is 20m long and it makes an angle of 30° with the x-axis. Vector B (in the second quadrant) is 10m long and makes an angle of 35° with the y-axis. A) Find the components of these two vectors B) Use the components to find the components of the sum of the two vectors C) Use what you found in the second part to find the magnitude of the sum D) Also find the components, magnitude and the direction of 3vectorA-vectorB
- Find the magnitude and direction of vectors represented by the following pair of components (a)A, 2.3 cm, A, +4.1 cm (b) A, +3.9 m, A,-1.8 m ((a)A-4.7 and 0, -119.3 (b)A=4.3 and 0, 335.2") %3DFrom the figure, F4 is directed at an angle Θ from x-axis A. Find F4 and Θ if the resultant is 50 KN to the upward along the y-axis. B. Find F4 and Θ if the resultant is 50 KN downward to the left with a slope of 5 horizontal to 12 verticalFor the vectors V1 = 10 units and V2 = 7,5 units shown in the figure, V1 45° - X 30° V2
- can someone explain why? with drawings too please.): Find N and theta. The red vector is the resultant. 4N Nb' 30° 45° 20° 10 5.5 N 7N 6 N Find the value of q.* Your answer Find the value of theta. * Your answerSolve for the magnitude and direction of the resultants of the following vectors: A = 32 m 70° N of E B = 16 m 45° N of E C = 50 m 50° S of E D = 10 m North a.) Use graphical Method b.) Use Analytical Method
- . Consider this time three vectors pointing at different directions. The first vector has a length or 95.4 cm directed at an angle of 60°. The second vector is 27.8 cm long and has an angle of 225'. Lastly, the third vector has a length of 48.1 cm directed at an angle of 315°. Determine the following: d. Illustration of the vectors and the resultant vector e. Vector sum of the three vectors メ f.. Resultant vector components と g. Resultant vector angledetermine the distance and displacement of the following vector? (Charity is the vector) Charity walked 5 meters east, 6 meters west and 8 meters east. Copy the following format and place your answer: distance = , displacement = , direction =The figure shows three vectors. Vector A has a length of 31.0, vector B has a length of 64.0, and vector Ć has a length of 22.0. Find each magnitude and direction. 70° 20° 70° direction: 71.112 |ä x B = Incorrect into screen direction: 67.676 |C x | = Incorrect out of screen At what angles above and below the horizontal line could vector A be at so that A × B = 0? 110° above or 70° below 0° above or 180° below 20° above or 160° below 90° above or 70° below Incorrect