Three forces act on the plate determine the sum of the moments of the three forces about point p

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Any one of the three forces is the negative vector of the resultant of the other two forces meaning they possess Note: moving a force along its line of action does not change its moment. Engineering.. It is a . Billie is arguing that the sum of the two forces is 7 N. Determine the acceleration of the block down the slope. p, y p). To determine where this point is, we must recognize that the sum of the moments of all the infi nitesimal forces must equal the moment of the resultant force, that is, yF yhdA ydA I p A A x = == ∫ ∫ γ γα γ αsin sin2 (2.18) where I x is the second moment 4 of the area about the x-axis. The parallel-axis-transfer theorem states. • The forces act at different points on a rigid body but but have the same magnitude, direction, and line of action. F F r r and′ • The forces produce the same moment about any point and are therefore, equipollent external forces. • This proves the principle of transmissibility whereas it was previously stated as an axiom. Demonstration of the calculations of the resultant force and direction for a concurrent co-planar system of forces.This video demonstrates the tabular method. 51,517 views Oct 22, 2016 Determine the moment of each of the three forces about point B. Get the book: http://amzn.to/2h3hcFq ...more. ...more. ydlvsi
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QI\ Three forces act on the plate. Determine the sum of the moments of the thr point P. 4 kN 45 3 kN 30 0.18 m 0.10 m 20 -0.12 m 12 kN -0.28 m- Question Transcribed Image Text:QI\ Three forces act on the plate. point P. 4KN 45 3 kN 30 (),18 m 0,10 m 20 F0,12 m- 12 kN -0.28 m Expert Solution Want to see the full answer? Check out a sample Q&A here.

•Pressure is defined as force per unit area. If a pressure p acts on a small area dA then the force exerted on that area will be: •Since the fluid is at rest the force will act at right-angles to the surface. F pdA K.ALASTAL & Y. Mogheir 5 CHAPTER 3: STATIC FORCES ON SURFACES-BUOYANCY FLUID MECHANICS, IUG-Sep. 2015 3.1 Action of Fluid on a. 1. Four forces act at point A and point A is in equilibrium. Select the correct force vector P. A) {-20 i + 10 j -10 k}lb B) {-10 i - 20 j -10 k} lb C) {+ 20 i -10 j -10 k}lb D) None of the above. 2. In 3-D, when you don't know the direction or the magnitude of a force, how many unknowns do you have corresponding to that force?.

composite plate C is at the center of C, at the origin. Assume that mass mS of disk S is concentrated in a particle at x S =-R, and mass m P is concentrated in a particle at x P. Next treat these two particles as a two particle system, and find their center of mass x S+P. Next note that the combination of disk S and plate P is composite plate C. point. , Mp = σy x A/2 x (y1+y2) , As shown in Figure 5, y1 and y2 are the distance from the plastic centroid to the centroid of , area A1 and A2, respectively. , A/2 x (y1+y2) is called Z, the plastic section modulus of the cross-section. Values for Z are , tabulated for various cross-sections in the properties section of the LRFD manual. ,.

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3–5. The members of a truss are connected to the gusset plate. If the forces are concurrent at point O, determine the magnitudes of F and T for equilibrium. Take θ = 30° , 3–9. If members AC and AB can support a maximum tension of 300 lb and 250 lb, respectively, determine the largest weight of the crate that can be safely supported. ,. 16 The forces on the gusset plate of a joint in a bridge trusses act as shown. Determine the values of P and F to maintain the equilibrium of the joint. [3342.78 N, 800.9 N] 17 A rope is. Determine the moment of each of the three forcesabout point B. Get the book: http://amzn.to/2h3hcFq. to the body. This traction is also a force per unit area and is a more general form of pressure. The buoyancy force is the resultant of all these distributed forces acting on the body. Recall the buoyancy force is equal to the weight of the water displaced . Note : Resultant force To obtain the resultant force acting on a submerged surface:.

Let us now calculate the coupling moments created by the forces applied to the pipe assembly. Looking at the diagram again, take note of the forces already expressed in Cartesian vector form. Force 1: M_1=r_ {AB}\times F_1 M 1 = rAB ×F 1.

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It is skewed 30° to the global 1-axis, is built-in at one end, and is constrained to move on rails parallel to the plate axis at the other end. You are to determine the midspan deflection when the plate carries a uniform pressure. You are also to assess whether a linear analysis is valid for this problem. Figure 5–10Sketch of the skewed plate.

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object such that every point moves an equal distance. The object is said to translate. If the same force is applied at some other point as in second figure, then the object will both translate and rotate. If the point on the object is fixed against translation, (third figure) then the applied force causes the object to rotate only.

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the tension in the cable is 380 lb, determine the moment about A of the force exerted by cable AB. Moment about A is equal to cross product of perpendicular distance and tension of cable BC. Distance is 12 foot in the positive x direction. Normalize your tensile force. Take the cross product. answer is 2400j + 1440k. represent the algebraic sums of the x and y components of all the forces acting on the body ∑M O represents the algebraic sum of the couple moments and moments of the force components about an axis perpendicular to x-y plane and passing through arbitrary point O, which may lie on or off the body 5-13 5.3 Equations of Equilibrium.

It means, the force on one side of any plane submerged surface in a uniform fluid equals the pressure at the plate centroid times the plate area, independent of the shape of the plate or angle θ. To balance the bending‐moment portion of the stress, the resultant force F. To compute this force, consider a free-body diagram of rigid bar ABC and write a moment equilibrium equation about pin A. SOLUTION (Part a) For rigid bar ABC, write the equilibrium equation for the sum of moments about pin A. Let Fl = internal force in member (1) and assume that Fl is a tension force. Three forces act on the lever arm as shown in the figure. What is the magnitude of the resultant moment of these forces about point P? A, 30Nm, B, 35Nm, C, 50Nm, D, 90Nm, Hard,.

Up to this point, all the forces we have considered have been point loads ! ... Writing the expression for the sum of the moments around A 5 ft 4 ft A B 900 lb 200 lb A y A x B y ... Sum of the forces in the y-direction 5 ft 4 ft A B 900 lb 200 lb A y A x B y 4.5 ft 7.67 ft 0 0 0 x y F F.

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Sample Problem 2.3 Four forces act on bolt A as shown. Determine the resultant of the force on the bolt. ... resultant of several concurrent forces is equal to the sum of the moments of the. PROBLEM 3.70 A plate in the shape of a parallelogram is acted upon by two couples. Determine (a) the moment of the couple formed by the two 21-1b forces, (b) the perpendicular distance.

2. Four coplanar non concurrent non parallel forces act on a square plate of side 2m as shown in fig. Locate the resultant force. 3. In figure below, two forces act on a circular disc as shown. If the resultant moment of all these forces about point D on the disc is zero, determine: a) Magnitude of force P (b) Magnitude of the resultant of two.

= (1 I)+ (3 I)(2 I)3⁄12 (1 I)(2 I)(3 I) = 1.333 I (+1 point) , where T Ö ã, is from the left of % and U Ö ã, is down from the surface. Sum moments clockwise about point C: , ∑ / ¼= 0 = 2×(2 I)−(58,740 0)(2 I−1.333 I)−(92,270 0)(0.849 I) 2= 58,700 0= Þ á. à z (+1 point) , Figure 1,.

The particle is slowing down from an initial speed of 3×106 m/s at the left plate. What is its speed, in m/s, just as it reaches plate 2? (1) 2.4 ×106 (2) 1.6 ×106 (3) not possible to know without knowing the plates separation (4) 2.4 ×1012 (5) 3.5 ×1012 Solution.

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The 100-lb weight of the rectangular plate in Fig. 5.40 acts at its midpoint. Determine the reactions exerted on the plate at B and C. ... Since the three forces on the plate must be. Resultant of Coplanar Concurrent Force System. The line of action of each forces in coplanar concurrent force system are on the same plane. All of these forces meet at a common point, thus concurrent. In x-y plane, the resultant can be found by the following formulas: R x = Σ F x. R y = Σ F y. R = R x 2 + R y 2. tan θ x = R y R x. Three forces act on the plate as shown in the figure below. Determine the sum of the moments of the three forces about point P. * 4 kN 45° 3 kN 30 0.18 m 0.10 m 20 -0.12 m- 12 kN -0.28 m- 9. Three forces act on the plate as shown in the figure below. Show me the final answer↓. We will first draw a component diagram showing the x and y components of each force. We will also draw a component diagram showing the components.

A= area of the plane surface (Tank Bottom) , This force will act vertically downward and the center of pressure will be the centroid of the surface , K. ALASTAL 8 , CHAPTER3: STATICFORCES ONSURFACES-BUOYANCYFLUID MECHANICS, IUG , 3.2 Resultant Force and Center of Pressure on a Plane Surface under Uniform Pressure ,.

A vertical force P is applied to joint C of the truss. As a result of this applied load: a) Determine the stress in each of the four members. State whether each member is in tension or compression. b) Determine the elongation of member DH. c) Determine the change in the cross-sectional area of member DH. Problem 1.3 (10 Points).

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Up to this point, all the forces we have considered have been point loads ! ... Writing the expression for the sum of the moments around A 5 ft 4 ft A B 900 lb 200 lb A y A x B y ... Sum of the forces in the y-direction 5 ft 4 ft A B 900 lb 200 lb A y A x B y 4.5 ft 7.67 ft 0 0 0 x y F F.

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The net couple due to the dynamic forces acting on the shaft is equal to zero. In other words, the algebraic sum of the moments about any point in the plane must be zero. The conditions(1) and(2)together give dynamic balancing. The following two possibili- ties may arise while attaching the two balancing masses : 1. If a connection is concentrically loaded then the tensile stress, f t, in each bolt equals the applied tensile force divided by the sum of the bolt cross sectional areas. f t = T / S (Bolt Cross Sectional Areas) TENSILE FORCE on a given BOLT = f t A b If all the bolts have the same cross sectional area, A b, then the equation becomes.

Determine , the magnitudes of forces F, Cand F, Dacting at Cand Dso , that the equivalent resultant force of the force system acts , through the midpoint Oof the tube. x, z, A, D, C, y, Bz, 400 mmO, 400 mm, 500 N, 200 mm, 200 mm, 600 N, FC, FD, Prob. 4–129, 4–130. If FA= 7 kN and FB= 5 kN, represent the force ,. Q2/ Three forces act on the plate. Determine the sum of the moment of the three forces about point P. (25 marks) 4 kN 45° 3 kN 30° 0.18 m P P 0.10 m X -0.12 m / 20° 12 kN -0.28 m. Engineering Civil Engineering Q&A Library QI Three forces act on the plate. Determine the sum of the moments of the three forces about point P. 4kN 45 3 kN 130 18 m a10 m 20 0.12 m 12 kN -0.28 m. QI Three forces act on the plate. Determine the sum of the moments of the three forces about point P. 4kN 45 3 kN 130 18 m a10 m 20 0.12 m 12 kN -0.28 m..

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3 Forces acting at a point 25 3.1 Scalar and vector quantities 25 3.2 Centre of gravity and equilibrium 25 3.3 Forces 26 3.4 The resultant of two coplanar forces 27 3.5 Triangle of forces method 28 3.6 The parallelogram of forces method 29 3.7 Resultant of coplanar forces by calculation 29 3.8 Resultant of more than two coplanar forces 30 3.9.

Create an applied force and see how it makes objects move. Change friction and see how it affects the motion of objects. Explore the forces at work when pulling against a cart, and pushing a refrigerator, crate, or person. Create an applied force and see how it makes objects move. the force on the bend is the same magnitude but in the opposite direction RF=−R 6.3 Impact of a Jet on a Plane We will first consider a jet hitting a flat plate (a plane) at an angle of 90°, as shown in the figure below. We want to find the reaction force of the plate i.e. the force the plate will have to apply to stay in the same position. 8. .

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However, resonance of the force plate may cause oscillations superimposed on the true position signals. Obviously, it should be attempted to prevent such resonance. A padding. 1. When the sum of the forces acting on a particle is zero, its velocity is constant; 2. The sum of forces acting on a particle of constant mass is equal to the product of the mass of the particle. The thrust force acting on a surface submerged in a liquid can be calculated as. F = p a A =ρ g h a A (1) where . F = thrust force (N). p a = ρ g h a = average pressure on the surface (Pa). A = area of submerged surface (m 2). h a = average depth (m). ρ = density (kg/m 3) (water 1000 kg/m 3) g = acceleration of gravity (9.81 m/s 2) Example - The thrust force acting on the side of a. The 'x' coordinate of shear center can be determined by summing moments about the centroid. First, we need to find the force in each flange and the web. The force along each member is just the area under the shear flow curve. The force in the flange is the area of the triangle (the height and length would be 488.5 and .12). The sum of the forces must be zero for the system to be in equilibrium. Coplanar, non-concurrent, parallel forces , Three or more parallel forces are required. They will be in equilibrium if the sum of the forces equals zero and the sum of the moments around a point in the plane equals zero. or at any other point on its line of action, and the net exter- nal effects of P on the bracket will not change. The external effects are the force exerted on the plate by the bearing support at O and the force exerted on the plate by the roller support at C This conclusion is summarized by the principle of transmissibility.

The moment of each of the forces about any point O is directed perpendicular to this plane. The resultant moment (MR)O =∑MO and resultant force FR are mutually perpendicular. The resultant moment can be replaced by moving the resultant force FR a perpendicular distance d away from point O. (MR)O =FR d, The distance d is given by (MR)O, F d =, R,. Determine the moment of the force about C. Using (a): 11 () 7 24 (0.056 m) 2500 N (0.042 m) 2500 N ... A force P of magnitude 520 lb acts on the frame shown at point E. Determine the moment of about a line joining P points O and D.

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Any one of the three forces is the negative vector of the resultant of the other two forces meaning they possess Note: moving a force along its line of action does not change its moment. Engineering.. It is a . Billie is arguing that the sum of the two forces is 7 N. Determine the acceleration of the block down the slope.

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Solution. Let the components of force (vector) F be Fx and Fy as shown in the diagram below. Using the the right triangle made by F, Fx and Fy we can write. sin θ = Fy / |F|. cos θ = Fx / |F|..

15.4 The cutting force and thrust force in an orthogonal cutting operation are 1470 N and 1589 N, respectively. The rake angle = 5°, the width of the cut = 5.0 mm, the chip thickness before the cut = 0.6, and the chip thickness ratio = 0.38. Determine (a) the shear strength of the work material and (b) the coefficient of friction in the operatio. Best answer, First resolved all the forces in vertical and horizontal directions; Let, ∑H = Sum of Horizontal components, ∑V = Sum of Vertical components, ∑H = 150 cos 30° + 80.

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The second formula that we need is the following. Assume that a constant pressure P P is acting on a surface with area A A. Then the hydrostatic force that acts on the area is, F. 3.17 -3.18 Equivalent Systems of Forces & Moments • Any system of forces can be reduced to ONE resultant force and ONE resultant moment. Once a resultant force & moment has been found about O, a new resultant force & moment about a different point 0' can be found as follows: • Two or more systems of forces & Moments are said to be.

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One method of determining the vector sum of these three forces (i.e., the net force") is to employ the method of head-to-tail addition. In this method, an accurately drawn scaled diagram is used and each individual vector is drawn to scale. Where the head of one vector ends, the tail of the next vector begins..

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11 years ago
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Q2/ Three forces act on the plate. Determine the sum of the moment of the three forces about point P. (25 marks) 4 kN 45° 3 kN 30° 0.18 m P P 0.10 m X -0.12 m / 20° 12 kN -0.28 m. The moment of each of the forces about any point O is directed perpendicular to this plane. The resultant moment (MR)O =∑MO and resultant force FR are mutually perpendicular. The resultant moment can be replaced by moving the resultant force FR a perpendicular distance d away from point O. (MR)O =FR d, The distance d is given by (MR)O, F d =, R,.

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11 years ago
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F1 =4 kN, F2 = 3 kN, F1 = 12 kN. Use Mp = + or - d F to determine the sum of the moments of the three forces about point P. Hint: use the principle of moment. Question: Problem 3: Three forces act on the plate in the x-y plane. F1 =4 kN, F2 = 3 kN, F1 = 12 kN. Use Mp = + or - d F to determine the sum of the moments of the three forces about .... Calculate the magnitude of resultant and the angle made by resultant with 6N force Part A) Determine the magnitude of the resultant force FR=F1+F2 Express your answer to three significant figures and include the appropriate units Solution: We begin the analysis by drawing the known force vectors 87882692912616 + 112 87882692912616 + 112.. Centrifugal force is one of several so-called pseudo-forces (also known as inertial forces), so named because, unlike real forces, they do not originate in interactions with other bodies situated in the environment of the particle upon which they act. Instead, centrifugal force originates in the rotation of the frame of reference within which. 2.1 Overview of Forces Force The measure of the attempt to move a body It is a fixed vector For the rigid body problems or only the external effects of the external force onto the objects are of interested, force can be treated as a sliding vector Hence, the complete description must include magnitude direction , and line of action.

Moments • Make calculations using moment of a force = force x perpendicular distance from the pivot and the principle of moments. • . Turning Effect of Forces 6, 7. Calculating Moment Turning Effect of Forces 7 Moment of a Force = Force × Perpendicular distance from the line of action of the force to the pivot = F × d, 8. Problem Solving 1.

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11 years ago
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- If λc is less than or equal to 1.5, inelastic buckling occurs and use Equation (3.3) • Note that the column can develop its yield strength Fy as λc approaches zero. • • 3.5 COLUMN STRENGTH In order to simplify calculations, the AISC specification includes Tables. - Table 3-36 on page 16.1-143 shows KL/r vs. φcFcr for steels with Fy. By inspection, the 3 ~\mathrm{kN} force has no moment about the x-axis since it acts through the x axis. The perpendicular distances of the other two forces from the x axis is 0.6 \mathrm{~m}. The H 2 ~\mathrm{kN} force has a positive moment and the 6 ~\mathrm{kN} force has a negative about the x axis.. Newton’s third law states that when a body exerts a force on a second body, the second body exerts an equal and opposite force on the first. Therefore, the direction of an exposed reaction force depends on the body taken as the system. For a rigid body of mass m, Newton’s second law is expressed as Newton’s second law:(6–1) where F.

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11 years ago
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A triangular plate is attached to a wall by two pins A and B. It is loaded at point C by A force F View attachment diagram.bmp Homework Equations Sum of Moments = 0 Sum of. 3) The angle, θ at B and C are 50o Determine the magnitude of the resultant force F R = F 1 + F 2 and its direction, measured counterclockwise from the positive x-axis 7071 F + 7 a variety of applied forces given an axis of rotation C C. 20 N 0211 A 10N force acting to the right and a 5N force acting to the left add together to give a 5N force to the right Solution (Scalar Approach):.

p.257, 5-85. The circular plate has a weight . W . and center of gravity at its center. If it is supported by three vertical cords tied to its edge, determine the largest distance . d . from the center to where any vertical force . P . can be applied so as not to cause the force in any one of the cables to become zero.

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11 years ago
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represent the algebraic sums of the x and y components of all the forces acting on the body ∑M O represents the algebraic sum of the couple moments and moments of the force components about an axis perpendicular to x-y plane and passing through arbitrary point O, which may lie on or off the body 5-13 5.3 Equations of Equilibrium.

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11 years ago
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tension, the forces acting at this point are as shown. Since this junction in the strings is in static equilibrium, the (vector) sum of the forces acting on it must give zero. Thus the sum of the x components of the forces is zero: −T1 sin35 +T2 = 0 (3.4) and the sum of the y components of the forces is zero: +T1 cos35 −40N = 0 (3.5). and we see that the sum of the moments of the two forces F about any point in their plane is equal to the product of one of the forces and the perpendicular distance between their lines of action;.

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11 years ago
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While it is feasible to build a force plate most researchers use commercially produced plates; in these plates the typical design is to have force sensors toward the four corners of the top plate. A force plate using piezoelectric crystals will have a washer of crystals at each corner, with each washer consisting of crystals orientated to measure forces in the three-coordinate.

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10 years ago
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Summary (Force-Moment 3-D) Vector method Moment about an arbitrary point O 1. Determine r and F 2. Cross vector Moment about an arbitrary axis 1. Determine moment about any point.

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10 years ago
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10 years ago
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It may be defined as follows:- The shearing force at any section of a beam is the algebraic sum of the lateral components of the forces acting on either side of the section. Where forces are neither in the lateral or axial direction they must be resolved in the usual way and only the lateral components are used to calculate the shear force.

scalar product P.l. If the angle θ formed by P and l is known, the projection is also given by P cos θ. Solving Problems on Your Own Knowing that the tension in cable AC is 1260 N, Determine (a) the angle between cable AC and the boom AB, (b) the projection on AB of the force exerted by cable AC at point A. y Problem 3.150 3 m 2.4 m 1.2 m 2.6. Explanation: The net force (F net) is the resultant force (F R). Each force can be resolved into an x -component and a y -component. Find the x -component of each force by.

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9 years ago
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Reply to  Robert Farrington

Transcribed image text: Three forces act on the car. The sum of the forces is zero and the sum of the moments of the forces about point P is zero, Determine the forces A and B. Determine the sum of the moments of the forces about point Q.. PROBLEM 3.70 A plate in the shape of a parallelogram is acted upon by two couples. Determine (a) the moment of the couple formed by the two 21-1b forces, (b) the perpendicular distance between the 12-1b forces if the resultant of the two couples is zero, (c) the value of a if the resultant couple is 72 lb.in, clockwise and d is 42 in. (a) (b) (c).

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10 years ago
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Knowing that α = 30°, determine by trigonometry (a) the magnitude of the force Pso that the resultant force exerted on the stake is vertical, (b) the corresponding magnitude of the resultant. SOLUTION , Using the triangle rule and the law of sines: (a) , 120 N sin30 sin25, P, P=101.4 N (b) 30 25 180 180 25 30 125 b b + + = = - - = ,.

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CE 405: Design of Steel Structures – Prof. Dr. A. Varma • In Figure 4, My is the moment corresponding to first yield and Mp is the plastic moment capacity of the cross-section. - The ratio of Mp to My is called as the shape factor f for the section. - For a rectangular section, f is equal to 1.5. For a wide-flange section, f is equal to 1.1.. Best answer, First resolved all the forces in vertical and horizontal directions; Let, ∑H = Sum of Horizontal components, ∑V = Sum of Vertical components, ∑H = 150 cos 30° + 80. 1. When the sum of the forces acting on a particle is zero, its velocity is constant; 2. The sum of forces acting on a particle of constant mass is equal to the product of the mass of the particle.

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9 years ago
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Answered: QI Three forces act on the plate. | bartleby. Homework help starts here! Engineering Civil Engineering Q&A Library QI Three forces act on the plate. Determine the sum of the.

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8 years ago
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7 years ago
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act is zero. (a) Determine the forcesA x,A y, andB. (b) Determine the sum of the moments of the forces about the point where the forceBacts. 650 mm 650 mm 350 mm 30 kN 450 mm 45° 20° B A x A y 25 kN Solution:The strategy is to resolve the forces intox- and.

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