SITUATION 3: A closed conical vessel has diameter of 3.2 m across the top and a he ght of 6 m. It contains water at dept

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Situation 3 A Closed Conical Vessel Has Diameter Of 3 2 M Across The Top And A He Ght Of 6 M It Contains Water At Dept 1 (767.36 KiB) Viewed 34 times

SITUATION 3: A closed conical vessel has diameter of 3.2 m across the top and a he ght of 6 m. It contains water at depth of 3.6 m. 10. How deep is the water inside if the cone is inverted? a. 0.4397 b. 3.474 c. 0.4675 d. 5.533 11. If the cone is inclined at 30 degrees, and the height becomes the slant height, what is the tofal volume that the cone can be cccupied? a. 4.397 b. 8.042 c. 13.929 d. 5.533 12. Will the inclined cone can still hold the water in it?  a. Yes ​ b. No ​ c. Maybe d. Cannot be determined PROBLEM 13: Find the volume of a sphere with radius equal to 1.6 cm. a. 24.43 b. 17.16 c. 195.43 d. 137.26 PROBLEM 14: Find the surface area of a sphere with ciameter equal to 1.8 cm. a. 32.17 b. 8.04 c. 40.72 d. 10.18 SITUATION 4: A sphere has 2-unit radius and is decided to be cut from the center. 15. If a wecge will be cut from the sphere with central angle equal to 2 radians, what would be the volume of wedge? a. 316​ b. 4 C. 3E​ d. 332​ 16. What would be the surface area of the cut wedge? (Hint: Use the formula for surface area of a spherical lune) a. 32 b. 16 C. 8 d. 12 17. If the sphere is to be cut forming a spherical zone lccated 0.5 unit from the center, compute for the volume of the zone? a. 8π b. 32π c. 6π d. 2π PROBLEM 18: An ellipse is revoived around its minor axis. Find the volume of the solid if the semi-major axis and semi-minor axes are 10 cm and 8 cm respectively. a. 3351.03 cm3