mechanical AB40°360 N0.4 mC0.35 mD0.3 m30°2.4 mPROBLEM STATEMENTA worker tries to move a rock by applying a 360-Nforce to a steel bar as shown. (a) Replace that force withan equivalent force-couple system at D. (b) Twoworkers attempt to move the same rock by applying avertical force at A and another force at D. Determinethese two forces if they are to be equivalent to the singleforce of Part a.OMcGraw-Hill Education

Answered: Image /qna-images/answer/19412176-3189-46b0-91ca-d1618ca89fd3.jpg

Answered: A B 40° 360 N 0.4 m C 0.35 m D 0.3 m…

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

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40° 360 N A worker tries to move a rock by applying a 360-N force to a steel bar as shown. (a) Replace that force with an equivalent force-couple system at D. (b) Two workers attempt to move the same rock by applying a vertical force at A and another force at D. Determine 0.4 m D 0.35 m 0.3 m 30° these two forces if they are to be equivalent to the single force of Part a. 24 m
HHW 6h2. A bracket, ABDE is subjected to three forces as shown. Determine the force-couple about A. All forces act in coordinate directions. 120 N 200 man 100 mm 300 N 160 mm 250 N 50 N
Determine which of the force systems in (b) through (f) are equivalent to the force-couple system in (a). 3.1 10 Ib 50 lb ft 10 lb 4 ft 5 ft 8 lb 3ft 10 lb 50 lb ft 4 ft 14 lb (a) (b) (c) 10 lb 24 lb ft 6 lb 5 lb 8 lb 80 lb ft 8 lb 8 lb 4 lb 36 lb ft (d) (e) (f) Figure P3.1
SITUATION 6: From the given set of forces shown in the Fig. ENG-228, determine the following: X-component of the resultant force of the system (N) (Answer: 47.26) and Y-component of the resultant of the force system (N). (Answer: 60.97) The angle (degrees) that the resultant force makes with the horizontal measured CCW. (Answer: 52.22) The distance (m) from the origin where the resultant intersects the x-axis. (Answer: 6.06)
1. The overhead electric hoist C rides along a track on the horizontal beam AB. In addition to the 500-kN vertical force carried by the hoist, the beam also supports the three vertical forœs shown in Figure Q02.01. Determine the distance x for which the resultant of the four forces would act at the center of the span AB. 300 kN 120 kN 200 kN | 2 m- - 8 m - - 3 m- A B 500 kN Figure Q02.01 2. In Figure Q02.02, knowing that the resultant of the couple and the two forces shown is a force R acting through point O, determine P and R. P 150 lb y 60° 875 lb · ft - 4 ft
I would like a more detailed explanation on each step to reach the final answer
200 lb 0 400 lb 3 ft 4 ft (a) 300 lb 2 ft 3 ft y For the loaded plate shown, four parallel forces are applied Three of the 4 forces are shown. The fourth force P and its line of action are unknown. The resultant of this force-couple system is only represented by the couple vector CR=-1100i + 1500j lb.ft. Determine the force P and its line of action. 1. Solve this problem algebraically by hand 2. Write a code to solve it arbitrarily. 3. Use part 2 to verify part 1. 4. In your submission include both just the code plus the "run" version of the code to show the results for P
)Use the method of MEMBERS to determine the true magnitude and direction of the forces in members1 and 2 of the frame shown below in Fig 3.2.
The rigid body shown below (Fig 1) is subjected to four cable forces applied at different points A, B, and C.(a) Determine an equivalent system consisting of a Force-Couple system at point O. (b) Determine an equivalent force system consisting of a Single Force and specify the y-coordinate of the point where its line of action intersects the y-axis. (c) Show the resultant force in a separate graph.
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The force system acting on the plate is equivalent to a single couple C. Determine C

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