A container with a load of 113.36 kg falls into the sea from a ship. The center of gravity is located 26.67 cm above its base. The dimensions of the container are 76.2 cm wide, 101.6 cm long and 55.88 cm high. Consider a specific gravity of 1.025 for seawater. Determine if the container will be stable in its normal condition. 101.6 Top view Dimensions in cm G Side view 101.6 26.67 55.88

Two spheres, one heavier and weighing12000 N and of diameter 1.2 m and the other lighter and weighing 4000 N, are tied with a rope and placed in seawater. The density of sea water is 1025 kg/m^3. It was found that the spheres floated vertically with the lighter sphere just under the water PROBLEM 0surface. Illustrate the problem before answering the following questions:a)Determine the diameter of the lighter sphere in meters.b) Determine the tension in the rope in Newtons.

A platinum disc aboard the International Space Station has a thickness of 6 in. and a diameter of 2 ft. What is the weight (in Ib) of the disc? Assume that the simulated gravity on the Space Station, g. is 6.44 ft/s. The density of platinum is 21,450 kg/m²? (Report to the nearest whole number)

M1 U5: Use the general solution in determining the total hydrostatic force acting on the submerged curved surface. Please provide the complete UNITS ANALYSIS, USE OF CORRECT CONVERSION RATIOS and DIAGRAMS in your hand-written solution. INCOMPLETE/NO SOLUTION means NO CREDIT. Encode your FINAL answer in the space provided after each question. A curved surface is formed as a quarter of a circular cylinder with R = 0.75 m as shown. The surface is w 3.55 m wide. Water stands to the right of the curved surface to depth H = 0.60 m. seawater 0.60 m (SG = 1.03) %3D 0.75 m Determine the magnitude and direction of the horizontal component of the hydrostatic force (in N) acting on the gate. Indicate the direction by putting an R for right and L for left after your numerical answer. Your answer