#3 Find the resultant force F acting on the curved surface and the location LP where...
Problem 2 Determine the resultant force and its location on the dam face (center of pressure) that are equivalent to the water pressure acting on %-circle surface AB. 10 ft width 6 ft
Problem 2 Determine the resultant force and its location on the dam face (center of pressure) that are equivalent to the water pressure acting on %-circle surface AB. 10 ft width 6 ft
Q1.) (3) point The tank is filled with water. 1- Determine the resultant force acting on the triangular plate A and the location of the center of pressure, measured from the top of the tank. 2- Determine the resultant force acting on the semicircular plate B and the location of the center of pressure, measured from the top of the tank. 3- Determine the resultant force acting on the trapezoidal plate C and the location of the center of pressure,...
The force in newtons acting on a 4kg mass is f=12x^3-12x^2+16x+14 where x is in meters. F is oriented in the x direction and acts on the 4kg mass from x0=0 to xf=3m. If inittiallly at rest and all of the work of f is conserved, find the velocity of the 4 kg mass at xf=3m. report results in m/s
Solve the following A vertical rectangular surface has a base of 1.2 m and a height of 3 m. If the center of pressure is o.150 m below the center of gravity, how far is the base below the liquid surface 1. h: ? o. 150 m 1-12 t.2 2. A circular gate 1.50 m in diameter is inclined at an angle of 45 Sea water stands on one side of the gate to a height of 10 m above...
QUESTION 3 The motion of an object where the resultant force acting on it is zero, is described by Newton's 3rd Law Newton's 1st law The law of the conservation of momentum Newton's 2nd law
ENGR 250 Prob. 4: Replace the loading acting on the beam by a single resultant force. Specify where the force acts, measured from B. (25 Points) Statics Fall Semester 2018 HW#3 Due on 10-10 700 N 450 N 300 N 60% 1500 N m 3
Example: Find the forces required to hold the curved gate steady. Horizontal Force: vertical projection of the curved surface, find the force acting on that projection. Vertical Force: weight of water between the gate and the water-line Gate is 2 ft wide Atmospheric pressure Metal surface Vertical Projection Atmospheric pressure 4 ft 3 ft 1 ft Liquid Y=50 Ibt/ft
Two electric forces are then find the resultant force. acting on a charge, as shown at the right. If F1-110 N, ф1-3ge F.-135 N, and ф,-7s, 9. magnitude a. 230.2 N b. 178.1 N c. 172.6 N d. 205.7 N e. 205.4 N f. 204.8 N 10. direction a. 80.17° b. 93.80 c. 56.56° d. 75.36 e. 90.93 f. 92.90
Hydrostatic Force- Inclined Surface 3. The round viewing window shown (D=0.8 m) is situated in a large tank of seawater (SG 1.03). If h= 2m, and the window is angled at 60° from the horizontal, find the hydrostatic force acting on the window, and locate the corresponding center of pressure (CP) Window Sea water 60
Replace the loading system by an equivalent resultant force and a couple moment acting at point A. 3 ft 6 ft 53.13º 10 lb 12 lb 4 ft 30 lb-ft 5 ft 8 lb 12 513 lb