0.925 m 0.35 m 0.5 m 0.875 m 0.5 m H 0.75 m 0.75 m Calculate the magnitude of the moment M about theon the frame by the portion BG of the cable. Tension in the cable is known to be 450 N. DO NOT ROUND UNTIL THE VERY END SO THAT YOU DO NOT INTRODUCE A LOT OF ROUNDING ERRORS. After your determine the magnitude of the moment ( determine the direction (clockwise or counterclockwise)

0.925 m 0.35 m 0.5 m 0.875 m 0.5 m H 0.75 m 0.75 m Calculate the magnitude of the moment M about theon the frame by the portion BG of the cable. Tension in the cable is known to be 450 N. DO NOT ROUND UNTIL THE VERY END SO THAT YOU DO NOT INTRODUCE A LOT OF ROUNDING ERRORS. After your determine the magnitude of the moment ( determine the direction (clockwise or counterclockwise)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Q1/ Find the two components of the force (150 N) if a= 40degrees, as shown in the figure below FY F= 150 N a= 40 FX (FX= 114.9 N) AND (FY= 96.4 N) O (FX= 96.4 N) AND (FY= 114.9 N) O (FX= 130 N) AND (FY= 90 N) O (FX= 90 N) AND (FY= 130N) O
Determine the reaction force acting on the pin at A as the vector, if the beam AB has a mass of 100 kg per meter of length. 0.25 m 25° B -T 0,5 m 1.5 m -0.12 m 10 kN 5 m If this reaction force can be written as R. Razi + Rayj, in kilo-newtons determine the components of the reaction force Rar and Ray- Raz Choose... + Choose... Ray
Help Save & Exit Check Required information A rope connecting points A and B supports the force Fshown in the figure. Write expressions using Cartesian vector representation for the following. Take L= 8 ft and F= 12 lb. NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. B 30° F T AB : the position vector from A to B. TAB of 17 Next > < Prev 6. 9. 41
In your response, please display the full computation and all FBDs that were used. Only round off at the final answer with 4 decimal places. P=2kN, F=3kN, and moment M=0.5kN-m are acting on the structure in the illustration. A pin at Z and a cable RQ connected by a connecting pin R support it. Im ● F ● P S TO M Im R lu W OZ a' 0.8m 3m If the pin support Z's factor of safety against shear stress is 3, determine whether a single or double shear should be provided for an economical and safe design. 4 m The mas allowable shear stress in the pin is 50MPa. Consider the following specifications. Single shear design: 25mm pin diameter Double shear design: 17mm pin diameter
In the figure, let the mass of the block be 8.50 kg and the angle 0 = 30.0⁰ Step 1 m Create the free-body diagram. Use the checkboxes to select the correct vectors as instructed above. Move the vectors to the correct starting points and orient them in the correct direction as instructed. FN mg Frictionless T Draw free-body diagram here :+y +x Key to Force Labels FN = Normal force mg Gravitational force ƒ= Frictional force T = Tension
Two couple forces F = 67N, F - 61N, act on the frame and given that d- 4m and 0- 28". The other length parameters are a = 4m, b- 8m, C- 12m, and e- 12m. Compute the moment by the following methods: -F, -F1 F1 a) Find the moment of each couple by using cross product and add them up. M: kị N m b) Sum up the moments of all forces component about point B resolve forces into a and y components N- m
The second moment of area of a rectangle is given by the formula I =bh^3/12where b is the breadth and h is the height.Determine the approximate percentage error, if b is measured 3% too largeand the height h is measured 1.7% too small.(Use the Binomial Expansion Method)
1 11:P1 STATIC MONTHL... Find the resultant force of the following? B. 2 m F = 600 N 3.5 m 0.5 m Fc= 450 N 1.5 m 1m 0.5 m 1.5 m y X II
Expiremental Method: Force Table F1 - 150N, 30° N of E F2 - 100N, 60° E of S 1) Find the Equilibrant Magnitude and Equilibrant Direction 2) Find Resultant Force Vector Magnitude and %Error 3) Find Resultant Force Vector Direction and %Error
draw two Forces F₁ and F. Choose your own scale (e.g. 1 N = 1 cm). Apply the parallelogram law in solving for the magnitude and direction of the resultant. Do this activity using a scale smaller than 1:1 and larger than 1:1. Compute for the accuracy by comparing to the real value of the resultant using the analytical solution. Discuss your findings.
In picking up a load from position B, a cable tension T of magnitude 24 kN is developed in on the construction crane cable as shown. 18 m A. TY 30 m 5 m 6 m Compute the magnitude of the Position Vector RAB = Rxi + R„j+ Rzk (Answers in m) Answer: Type here to search
Two forces are applied to a hook. Variable F₁₂ Ą a b FR= d FR=( Q= B. values for the figure are given in the following table. Note the figure may not be to scale. value 75 lb 35 lb 2.5 ft B= Y = 4.5 ft 9 ft 1 ft Z a. write each force (F₁,F) as cartesian vectors. b. Find the resultant force FR express as a cartesian vector c. Find the magnitude of the resultant force FR i. a ii. B iii. Y Round your final answers to 3 significant digits/figures. Submit Question → d. Determine the coordinate direction angles of the resultant force FR lb 13/12 a degrees F₂ degrees F₁ degrees A A) lb y e) lb Alb