2. An anchoring device is subjected to three forces. Determine the resultant force (magnitude, direction, sense) the anchoring device must resist. P3 = 600# 30º 30º P₁ = 500# P2 = 700# ✗

A plate in the form of a parabolic segment of base 12 m. and height 4 m. is submerged in water. Its base is flushed with the liquid surface. Find the force on the face of the plate. a. 502.27 kN b. 753.41 kN c. 572.02 kN d. 741.35 kN

Structural Theory Calculate the horizontal and vertical displacement at point J & K of Problem 1.

Calculate the horizontal and vertical displacement of point B. Rod cross-sectional areas A = 1050 mm2 E=220 Mpa

Assume g=10 m/s2

There is a cylinder X weighing 735.75 Newtons that is held against a smooth incline and is being supported by a weightelss rod Y at 20°. Calculate all the forces that is acting on cylinder X.

10. A trapezoid with parallel bases measure 2m and 4m, respectively. Find the location of its center at gravity measured from the longer side, if its altitude is 3m.

A square plate with 0.5m side length is placed in a water tank so that its centroid is in a depth of2.9m. If the flat surface of plate is placed in vertical plan and top edge is parallel to the freesurface, calculate the distance to the horizontal pressure force acting on one side of the surfacefrom the free surface.(a) 2.907 m(b) 3.000 m(c) 2.900 m(d) 3.010 m

determine the vertical reaction at B in kN using any Geometric Method. Consider 250 mm x 400 (b x h) mm section and E = 100,000 MPa. Enter the absolute value only and round-off your answer to 3 decimal places

3.What is the value of the vertical component of P in KN?