the capacity of a cylindrical water can is 20 litres.what is the volume of that can in cm cube
Answers
volume of that can = 20000 cm³ if the capacity of a cylindrical water can is 20 litres
Step-by-step explanation:
The capacity of a cylindrical water can is 20 litres
1 litres = 1000 cm³
20 litres = 20 * 1000 cm³
=> 20 litres = 20000 cm³
volume of that can in cm cube = 20000 cm³
volume of that can = 20000 cm³ if the capacity of a cylindrical water can is 20 litres
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Question: The capacity of a cylindrical water can is 20 liters. What is the volume of that can in cm cube.
To find: We have to find the volume of the can in cm cube in the given question.
Answer: The volume of can is 20,000 cm³.
Explanation:
We must first know that,
1 liter = 1000 cm³
According to the given question, We have to find the volume of can in which there is 20 liters of water.
Therefore,
20 liters = 20 × 1000 cm³
20 liters = 20,000 cm³
Hence, The capacity of can is 20,000 cm³. If 20 liters of water can be stored in it.
Some important formulas:
- Volume of Cylinder = π²h
- Volume of Cuboid =l×b×h
- Volume of Cube = l³
- Total surface area of Cylinder = 2πr(r+h)
- Total surface area of cube = 6×side².
- Total surface area of cuboid = 2(lb+bh+lh)
- Curved surface area of cylinder = 2πrh
- Vertical surface area of cube = 4×side²
- Vertical surface area of cuboid = 2(l+b)×h