Answered: The guy cables AB and AC are attached… | bartleby

Related questions

Question

S The guy cables AB and AC are attached to the top of
the transmission tower. The tension in cable AB is
8 kN. Determine the required tension T in cable AC
such that the net effect of the two cable tensions is a
downward force at point A. Determine the magni-
tude R of this downward force.
A
30 m
20 m
B
40 m
50 m

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

Give the definition of the electromotive force (e.m.f.) E though the the flux linkage and time t. О а. E = = -º Ф O b. E = dt Ос. E = dt O d. E = -Qt
part 1- What is the magnetic force on the top side? If the magnetic force is in the −y-direction, enter a negative value. Answer in units of N. Part 2- What is the magnetic force on the bottom side? If the magnetic force is in the −y-direction, enter a negative value. Answer in units of N. Part 3-What is the magnetic force on the left side? If the magnetic force is in the −x-direction, enter a negative value. Answer in units of N. Part 4- What is the magnetic force on the right side? If the magnetic force is in the −x-direction, enter a negative value. Answer in units of N. Part 5- What is the net magnetic force on the loop? Answer in units of N.
mi string pulley track m2
a fully extenses cable of 100 ft weighs 2 ft/lb, how much work is done after winding 20 ft of cable?
Calculate the force on the wire shown , given B = 1.50 T , l = 5.00 cm , and I = 20.0 A .
O Equilibrium Worksheet 2 PDF.pdf - Google Chrome i learnonline.gmit.ie/pluginfile.php/359400/mod_resource/content/7/Equilibrium%20Worksheet%202%20PDF.pdf Equilibrium Worksheet 2 PDF.pdf 2 / 2 | 200% + | 1 Q5 Determine the tension developed in each wire used to support the 50kg chandelier. 30 45 30 14:40 O Type here to search 日 W 10°C G 4) ENG 01/03/2022 ...
Please asap
The gray rod is held in rotational equilibrium against the blue wall and the black hinge pin. The rod's length and mass are one meter and fifteen kg. The angle is 22.2 degrees. Determine the force provided by the horizontal cord in Newtons to two sig. figs. 0
Asap plxxxxx
For the wire arrangement shown with all wires perpendicular to the page and directions as shown, a = b = 15.0 cm; I1 = 17.5 A; I2 = 17.5 A; I3 = 7.50 A; I4 = 7.50 A Calculate the forces per unit length (in µN/m) on the lower-left wire due to a) upper-right wire. Force = ______ µN/m at a vector angle of _____ degrees. b) lower-right wire. Force = ___ µN/m at a vector angle of ____ degrees. c) upper-left wire. Force = ___ µN/m at a vector angle of ____ degrees. d) The net force on the lower-left wire is then ________ µN/m at a vector angle of _____ degrees.
A conducting loop is fixed in y– z plane. A magnet, oriented so that its north pole faces the loop is moving along in the direction perpendicular to the plane of the loop (x-direction). Due to the motion of the magnet, current is induced in the loop, as shown in the picture. y \ IINDUCED N S IINDUCED Which way is the magnet moving?
Find the magnitude (in N/m) and direction (in degrees counterclockwise from the +x-axis) of the force per unit length that each wire experiences in the figure below, using vector addition. 12 I, = 40.0 A, I, = 20.0 A, and x = 22.0 cm Direction Wire Magnitude 45 N/m A 135 N/m B 270 N/m 270 D N/m