In the diagram below, the magnitude of vector A is 19 N, and the magnitude of vector B is 13 N and vector C is 10 N. Use the method of components to: a. calculate the magnitude of resultant vector; b. calculate the direction of resultant vector and represent the direction in degrees from the positive x axis. %3D 500 45° 700 B

Components: In the figure, the magnitude of vector A is 16.0 units, and the magnitude of vector B is 18.0 units. What vector & must be added to the vectors A and B so that the resultant of these three vectors points in the -x direction and has a magnitude of 7.50 units? Use vector components to find your answer, and express vector Ć by giving its magnitude and the angle it makes with the +x- axis taking counterclockwise to be positive. 1. 30.0° B ་ ཀར X

For the frame shown below, calculate: a) the vertical displacement of Point E, b) the horizontal displacement of Point D. Use Virtual Work. E B C

Calculate the position of the centroid. Use the axes of the figure. It is possible to make the calculation from three geometric shapes only. Answer: Xc = 35.1 cm Yc= 18.3 cm

Explain the auger method and the wash boring method.

Vector O is the resultant of vector M = 9.9i + 3.8j + -3.5k and an unknown vector N. Vector O is a vector in the positive z-direction only and has twice the magnitude of vector M. What is the magnitude of vector N? Express your answers in two decimal places.

Express F as a vector in terms of the unit vectors i, j, and k. Determine the angle between Fand the positive y-axis. Assume r, = 35 mm, ry = 60 mm, r, = 175 mm, F = 50 N. %3D Dimensions in millimeters No need to attach your solution.use the box to input your answer. Answer 9 * (1) в I х, >

Please solve the question in the picture, I know it's two region but draw the FBD WHEN YOU'RE DERIVING THE MOMENT FUNCTION FOR AB AND BC

Using Virtual work method(unit load)

Solve part D of the image uploaded.