A ship with a mass of 2000 tons and the value of I is 5840 m4. The density of sea water 1025 kg/m3. A container with a mass of 12 tons is displaced 6 m off the centre of the ship. This causes the ship to tilt 20. Assume the container is more or less on the same height as the centre of gravity of the ship. Determine 1. The metacentric height of the ship. 2. The height of centre of gravity of ship above the centre of buoyancy

A ship with a mass of 2000 tons and the value of I is 5840 m4. The density of sea water 1025 kg/m3. A container with a mass of 12 tons is displaced 6 m off the centre of the ship. This causes the ship to tilt 20. Assume the container is more or less on the same height as the centre of gravity of the ship. Determine 1. The metacentric height of the ship. 2. The height of centre of gravity of ship above the centre of buoyancy

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

The wheelbarrow with a load weighs 118 kg, and its center of gravity is located at point A. (The entire weight can be considered to act at point A. Use g = 9.81 m/s².) How much vertical force F is needed to lift the wheelbarrow's handles?
Find the force on the parabolic plate if it is partly submerged in a liquid weighing 48 Ib/ft³ so that its axis is parallel to and 3 ft below the surface of the liquid. The figure is shown below. P(x, y)- Ay (4,6) 3-y (4,-6) Surface of Liquid :3
A tapered ladder, (length = 10.5 m and mass = 18.5 kgs) whose center of gravity is 1/3 from its foot, leans against a rough vertical wall. The foot of the ladder is 6.25 m away from the wall. A 60-kg man is standing 2.5 meter from the top of the ladder. If the coefficlent of frictlon between the wall and the ladder is 0.35, determine a) the coefficient of friction between the floor and the ladder, b) reaction components and the resultant reactlon (magnltude & dlrectlon) at both ends.
right cylindrical object has a diameter of 1526 mm and a height of 2.1m. The density of water is 1000 kg/m3. If the right cylindrical object is placed in the water, what is the buoyant force?
choose right one
6. The force on the triangular plate that is submerged in water as shown below waters surface 6m 4m is given by F = ["p f(x) dy, where p is the weight density of water Compute a + b + f(2)
Determine the resultant force and it's location due to water acting on the 3m×6m rectangular area
Determine the final metacentric height
When a truck is placed in the horizontal position, its front and rear axle weights are measured to be 2040 lb and 1980 lb, respectively. When the front end is raised so that the truck is inclined at a 30° angle from the horizontal, its front axle weight is 1560 lb. Locate the center of gravity of the truck with respect to the rear axle if its wheel base is 12 ft.
Consider a 6-m-long, 6-m-wide, and 2.3-m-high above-ground swimming pool that is filled with water to the rim. Determine the distance (m), Yp, of the line of action of the resultant force from the top of the pool.
The figure below shows a container filled with a liquid of density p up to a height of 4R. The container is of unit width into the plane of the screen and AB is half a parabola with a height of kR and a base of R. Determine the magnitude and direction of the vertical component Fy of the hydrostatic force acting on the curved surface AB if k = 2, R = 0.5 m, p = 1000 kg/m³ and the gravitational acceleration g = 9.81 m/s². Note that Fy is positive if it acts upwards and is negative if it acts downwards. Geometric properties of a half-parabola are also given below. Fy= 1. [-6.7362, -6.3438 kN. 4R h ထမ 35 b Liquid Р X Half-Parabola BR KR A = 3bh 1xc=²bh³ |yxc=hb³ |yy,c=²7/531 2 h63
If the base of the triangles is below the surface of 20 degrees Celsius of water determine the hydrostatic force in kilo- newton on one side of the gate. The base and height of the triangular gate is equal to 4m and 3m respectively.