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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2 place the Force 70N by Equivalent System consist of one force &couple at 1: At Supporting point (A). 2: At point (c) 0.9m 0.7m 70 N
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
6 in 25 (b A B KLOA of F 1 5in 6 in 20 lb in C 9 in C Be sure to express elbach in and sense (cow // LOA of F₂ 8 in 12 in mag/din cw) for M. 14 in D 1 Two forces and a equivalent system consisting of: • a vertical force I at B ) • a force F₂ at C whose line of action is at 60° to the horizontal couple of moment M and 15 couple act on the plate shown above. Find 1 35 16 form, and give bath the an mag
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
Q2: Replace the four forces by a force-couple system at the support point C. 600 N 800 N 30° 3 m 4 m +3 m -4 m- 900 N 3 m 4 m 50° 1,000 N 6 m 7 m A
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)
Handwritten solution+ Free body diagram. Chatgpt Answer is not allowed.
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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
If each of the force system shown is reduced to a force-couple system with the force acting at A, which force systems are equivalent? 400 N 200 N-m 400 N 200 N 4 m (a) (d) SCO N 200 N 2300 N.m A 1800 N.m 800 N 200 N.m 2400 N-m 4000 N-m 600 N 400 N 300 N (b) (e) (h) 900 N-m A 200 N 400 N.m 300 N D 300 N-m 300 N 300 N-m 800 N (c) (f) 900 N 4500 N.m 300 N-m 200 N
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

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