The displacement of the body
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- A right square pyramid (SG = 0.6) has a base with sides 90cm long. The height of the square pyramid is 60cm. If the pyramid will be placed in water such that the apex is pointing downward, calculate the metacentric height.A jet having a diameter of 50mm and a velocity of 15m/s is deflected 60degree by a curved vane. Determine the horizontal component of force if the vane is moving at 5m/s at the same direction as that of jet. Group of answer choices 17.89 78.91 98.17 89.71Determine the moments of inertia and the products of inertia of the illustrated surface (Figure 6.17) in in relation to new, baricentric axes, obtained by counterclockwise rotation of 30° of the x and y axes. (dimensions in millimeters)
- The resultant of the two forces F = 1023 N and P = 1412 N is a vertical force directed upward. If the angle between F and P is 60°, as shown in the figure, find the measure of angle α in degrees. Round off only on the final answer expressed in 3 Decimal places.The angle of dip at a certain place on Earth is 30o and the magnitude of Earth’s horizontal component of magnetic field is 0.35 G. Find the magnetic field at that place on Earth. a) 0.35 G b) 0.40 G c) 0.45 G d) 0.50 GIN THE FIGURE, THE WIDTH OF A RIVER BEING OBSERVED IS 63m. ASSUMING THE TRANSIT BEING USED HAS AN EXTERNAL FOCUSING TELESCOPE AND K = 95, DETERMINE THE FOLLOWING IF C=0. *Determine the horizontal distance DR if the stadia intercept at R is 0.88. *Determine the horizontal distance DL. *Determine the stadia intercept at rod L.
- A jet of water flowing horizontally is deflected by a 90 degree curve vane. If the water jet has a diameter of 38.90mm and a velocity of 7.90m/s. Compute the force required to hold the vane in position. Group of answer choices 109.4 140.9 104.9 190.4A rectangle is 4cm by 6cm. determine its polar moment of inertia withrespect to an axis through one corner perpendicular to the plane of the rectangle.Determine the largest value of couple moment M just before the disk begins to slip.
- The rectangular plate is rotating about its corner axis through O with a constant angular velocity? = 10 rad/s. Determine the magnitudes of the velocity v and acceleration a of the corner A by (a) using the scalar relations and (b) using the vector relations.The cross section of a rectangular hollow beam is as shown in figure. Determine polar moment of inertia of the section about centroidal axes. [Izz= 1,54,45334 mm4 ]The collar has velocity of 500 mm/s downward and the speed of the collar is decreasing at a rate of 150 mm/s2. The angular velocity of the bar is 3.20 rad/s CCW and the velocity of point B is 0.400 to the right. (1) Find the angular acceleration of bar AB, (2) Find the acceleration of point B on bar AB.