Huang Wood
02/06/2024 · High School
16. A cylindrical can of internal radius 20 cm stands upright on a flat surface. It contains water to a depth of 20 cm . Calculate the rise in the level of the water when a brick of volume \( 1500 \mathrm{~cm}^{3} \) is immersed in the water. 17. A cylindrical tin of height 15 cm and radius 4 cm is filled with sand from a rectangular box. How many times can the tin be filled if the dimensions of the box are 50 cm by 40 cm by 20 cm ? 18. Rain which falls onto a flat rectangular surface of length 6 m and width 4 m is collected in a cylinder of internal radius 20 cm . What is the depth of water in the cylinder after a storm in which 1 cm of rain fell?
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16. The rise in the water level is approximately 1.19 cm.
17. The cylindrical tin can be filled 52 times.
18. The depth of water in the cylinder after the storm is approximately 191.08 cm.
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