5-48 Locate the centroid of the slender rod shown in Fig. P5-48. 200 mm 200 mm *"200 mm

Q: 4.14. Calculate l,, ly, Iy for the symmetric Z-section of Figure P4.8

A: givenshape as shown below

Q: 5-7 Locate the center of gravity for the five particles shown in Fig. 5-5 if WA- 15 lb, Wg = 24 lb,…

A:

Q: 5-53 Locate the center of gravity of the bracket shown in Fig. P5-53 if the holes have 6-in.…

A: Since the figure is symmetric about the z-axis, the center of mass on the z-axis is located at,…

Q: 5-103 Locate the centroid of the volume shown in Fig. P5-103 if R = 10 in. and h = 32 in. R Fig.…

A: Given data: The radius is R = 10 in. The height is h = 32 in. Draw a diagram showing the vertical…

Q: 4-10 Deternine thu mement uf the 50C-N furce stuwn in Fig. P4-10 about points A and E. F- 500N 30 я…

A: Given Applied force = 500 N To find Moment at A and B

Q: 5-104 Two channel sections and a plate are used to form the cross section shown in Fig. P5-104. Each…

A: Given data: Area of each channel is, A = 2605 mm2. Draw the figure with x and y axis. Here,…

Q: 5-24 Locate the centroid of the volume obtained by revolv- ing the shaded area shown in Fig. P5-24…

A: Given Data: The equation of the curve is y2 = 50x. The curve is rotated about the x-axis. The curve…

Q: 5-5* Locate the center of gravity for the five particles shown in Fig. 5-5 if WA = 25 Ib, We - 35…

A: Given Data: Weight of the particle A is: WA=25 lb Weight of the particle B is: WB=35 lb Weight of…

Q: 60 - 60 60 R= 80 80 80- 40

A: Solution: Divide the given image into three separate areas as shown in the figure To find the…

Q: 5-107 Determine the resultant R of the system of dis- tributed loads on the beam of Fig. P5-107 and…

A: Consider the Section 1 from support A till the 4 ft length (where the parabolic loading ends). The…

Q: 5-102 Locate the centroid of the shaded area shown in Fig. 100 mm 60 mm 60 mm 100 mm 160 mm 40 mm 40…

A:

Q: 5-30 Locate the centroid of the volume of the tetrahedron shown in Fig. P5-30.

A: Drawing differential element of volume: Let, dV = Volume of differential element.

Q: 5-3 Locate the center of gravity for the four particles shown in Fig.- P5-3 if WA = 20 lb, Wp = 25…

A: Given Data: The weight of particle A is WA = 20 lb. The weight of particle B is WB = 25 lb. The…

Q: 5-101 Locate the centroid of the shaded area shown in Fig. y y? = 2x 2 in. y= 0.52 2 in.

A: The diagram of the shaded area with a vertical strip is given as, The equations of curves are given…

Q: 5-4 Locate the center of mass for the four particles shown. in Fig, P54 if m= 16 kg, mg = 24 kg, mc…

A: Given data: The center of mass of each particle with respect to the origin is

Q: 5-41 Locate the centroid of the slender rod shown in Fig. P5-41. 5 in. 12 in. 10 in.-

A: First consider the circular part: Consider the small length dl on the circular wire at a distance y…

Q: Q. 2 Find the position of centroid with respect to given X and Y axis of shaded portion in the…

A: Centroid is defined as a point in a body where whole area can be concentrated at this point.It is…

Q: 3-8. Determine the coordinates of the centroid of the shaded area of Fig. P3-8. The equation of the…

A:

Q: 5-51 Abracket is made of steel (y = 0.284 lb/in.) and alu- minum (y = 0.100 Ib/in.) plates as shown…

A:

Q: 5-32 Locate the centroid of the slender rod shown in Fig. P5-32. 100 mm 140 mm 100 uuu 100 mm + 100…

A: The given frame can be supposed to be made of 5 slender rods (AB, BC, CD, DE, and EF) as shown in…

Q: 3-23 Determine the foeces in legs AB, AC, and AD of the tripod shown in Fig. P3-23 when force F- 75…

A: Free body diagram of the load is shown in the figure.         Dimensions of the plate are as shown…

Q: Prob. 4.5-5. A uniform 1-in.-diameter steel shaft (G = 12 X 10° psi) is supported by frictionless…

A: GivenG=12×106psid=1in

Q: 3-31 Determine the magnitude and direction angle i ut force F, so Uha! the particle shown in Fig.…

A:

Q: 9-129. Determine the magnitude of the resultant force acting on the gate ABC due to hydrostatic…

A: The width of the gate is b=1.5 m. The density of the water is ρw=1.0 Mg/m3. The length of section BC…

Q: 5-25. Block A in Fig. P 5-25 weighs 500 lb and is pushed up the incline by means of the horizontal…

A: To Find :  The minimum weight of B. Given :  The mass of block A is ma=500 lb The coefficient of…

Q: Find the centroid Y of unsymmetrical I- section shown below with respect to its base

A:

Q: 5-29 Locate the mass center of the right circular cone shown in Fig. portional to the distance from…

A: Consider a differential circular element of thickness dz at a thickness z from the xy plane as shown…

Q: 5-50* A cylinder with a hemispherical cavity and a con- ical cap is shown in Fig. P5-50. Locate the…

A: Given Data: The radius of the hemispherical cavity, cylinder and cone is R =140 mm. The length of…

Q: Radiation from a Surface to the Sky. A plane surface having an area of 1.0 m is insulated on the…

A: The temperature of the plate at equilibrium is Ts = 266.4 K.

Q: 5-52 A cylinder with a conical cavity and a hemispheri- cal cap is shown in Fig. P5-52. Locate the…

A: To find out the centroid  Volume of cylinder, =πR2h=3.14(0.20)2(0.250)=0.0314m3 Volume of the…

Q: Q. 2 Find the position of centroid with respect to given X and Y axis of shaded portion in the…

A: Assumption: All dimension is taken in mm. Diagram:

Q: 5-47 Locate the centroid of the slender rod shown in Fig. P5-47. 9.9 in. 7 in. 14 in. 7 in. 14 in.-…

A: Assume that the part in x axis is section 1 Part in y axis is section 2 part in arc section is…