I need help with this thank you! from PROBLEM NO. 2, the magnitude of the resultant of the forces acting on thebody is * PROBLEM NO. 2: For the system of forces shown, de termine the verticalcomponent of the resultant of the forces acting on the body. *1070 N70°0.60 m680 N-m0.90 m360 N890 N0.90 m1.20 m0.30 m

According to the condition of equilibrium, the algebraic sum of all forces and moments in any…

Answered: from PROBLEM NO. 2, the magnitude of…

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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EXERCISE 1.5 The intersecting edges of a nonorthogonal parallelepiped are defined by the position vectors FB/A = -20ī+30 j+5k, Fc/A = 8ī+25j + 10k, FD/A = 4ī - 2j-15k mm. Determine the volume of this object.
Problem 10 From the given set of forces shown 28 N m -N SZl 3 2ON 34N. U2N 330 a. Determine the magnitude of the resultant? b. Determine the angle that the resultant force makes with the x-axis? c. Determine the distance form origin where the resultant intersects the x-axis (x-intercept). d. Determine the distance form origin where the resultant intersects the y-axis (y-intercept).
Three members of a truss frame into a steel gusset plate as shown. All forces are concurrent at point O. Determine the resultant (magnitude and angle) of the three forces that must be carried by the gusset plate. DO NOT FORGET UNITS! Resultant Force Magnitude = Resultant angle (counterclockwise from x-axis) = %3D y F =10kN 30° Gusset plate F=12kN 5 =18kN
Required information Problem 02.003 - Addition of planar forces applied to a hook NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. Two forces P and Q are applied as shown at point A of a hook support. ट 20°i 35° Problem 02.003.b - Resultant of forces applied to a hook using the triangle rule Knowing that P = 75 N and Q = 195 N, determine graphically the magnitude and direction of their resultant using the triangle rule. The magnitude of the resultant is The direction of the resultant is 245.8 N. 14.5°
PROBLEM 4: Given the force system below; (a) determine which theorems or methods are needed to solve for the perpendicular distance of the resultant to point A (SO1.1); (b) set-up the equations required in solving the resultant (SO1.5), and (c) determine the perpendicular distance of the resultant to point A. (SO1.3). 5 ft- A 500 1 5 ft 361 B
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Q3) For the concurrent coplanar force system shown below, calculate the magnitude and the slope of the resultant of the force system. P=50KN 60" f- 30KN 45° B T= 50 kN
Verify if my answers are correct:R=6kNd=1.875 mHence the resultant force will act at 1.875m away from point A.
Q.7. Determine the resultant R of the two Q.10. The two forces shown act at point A of the bent bar. Determine the resultant R forces shown as below. y of the two forces. F1 = 3 kips 60° 30° A 600 N 400 N F2 = 7 kips 45° Q.8. It is desired to remove the spike from the timber by applying force along its horizontal axis. An obstruction A L--x prevents direct access, so that two forces, one 400 lb and the other P, are applied by cables as shown. Compute the magnitude of P necessary to ensure a resultant T directed along the spike. Q.11. Two forces are applied to the construction bracket as shown. Also find T. Determine the angle which makes the P 8"- resultant of the two forces vertical. Determine the magnitude R of the 4" resultant. A 6" F1 = 800 lb y %3D 1. F2 = 425 lb 400 lb 70 Q.9. Determine the magnitude of the resultant force FR-Fr+F2 and its direction, measured clockwise from the positive u-axis. 70 30 45° F = 300 N F = 500 N a.
4. Determine magnitude and location of forces on all vertical walls. 8 ft Water 10 ft 60° 15 A
1.500 N/m 0750m 1.500m 275 AN 2.25 1.500m Refer to the diagram. ACD is a rigid member. Determine the magnitude of the reaction at the pint C, = kN. Determine the magnitude of the x-component of the reaction at A, Ax = N. Determine the magnitude of the y-component of the reaction at A. Ay = kN. Determine the magnitude of the resultant of the reaction at A, FA= kN.
Consider the pipe assembly in .. {30i+20j30k} N and {60i 10j 55k} N. F₁ F2 = = Part A (Mia),(Mia)y, (M₁A) z = Submit Determine the moment of force F₁ about point A. Enter the components of the moment separated by commas. Express your answers in newton-meters to three significant figures. Part B Request Answer (M2A), (M2A)y, (M₂A) z = Submit Request Answer Part C. Complete previous part(s) VE ΑΣΦ | 41 vec 0.8 m IVE ΑΣΦ Determine the moment of force F2 about point A. Enter the components of the moment separated by commas. Express your answer in newton-meters to three significant figures. vec 1.20 m 0.4 m y ↓↑ ? N.m ? N.m

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from PROBLEM NO. 2, the magnitude of the resultantof the forces acting on the body is *