HOW TO CALCULATE THE VOLUME OF WATER IN A RECTANGULAR TANK

 



How to measure water tank capacity?

To measure the capacity of the tank, you will need to do some simple calculations.

·         Measure the length, width, and height of your water tank in feet.

·         Convert the measurements to centimeters since the standard unit for volume is cubic centimeters (cm³), and 1 litre is equal to 1000 cm³.

·         Calculate the volume in cubic centimeters.

·         Convert the volume from cubic centimeters to liters by dividing by 1000.

Volume (in cm³) 

Length (cm) × Width (cm) × Height (cm)

 = Volume (in cm³) / 1000

Suppose you have a rectangular water tank with the following dimensions: 

·         Length = 5 feet 

·         Width = 3 feet 

·         Height = 4 feet

Convert the dimensions to centimeters:

·         Length = 5 feet × 30.48 cm/foot

= 152.4 cm 

·         Width = 3 feet × 30.48 cm/foot

 = 91.44 cm 

·         Height = 4 feet × 30.48 cm/foot

= 121.92 cm

Calculate the volume:

Volume = 152.4 cm × 91.44 cm × 121.92 cm

= 1696840.4864 cm³ 

Now for volume to liters: 

Capacity = 1696840.4864 cm³ / 1000

   = 1696.8404864 liters

So, the capacity of the water tank is approximately 1696.84 liters. 

Comments

Post a Comment

Popular posts from this blog

NOTCHES AND WEIRs

Image
   NOTCH ,WEIR AND ITS TYPES Notch A  notch  may be defined as an obstruction over which the flow of liquid occurs   In case of measuring tank or reservoir, the opening is provided at the side of the tank such that the liquid surface in the tank is below the top edge of the opening. Weir A  weir  is a notch on a large scale used for measuring the flow of a river, canal etc. It is a concrete or masonry structure of substantial breadth built across the river in the direction of flow. This allows the excess water to flow over its entire length to the downstream side. Thus a weir is similar to a small dam constructed across the river, with a difference that the excess water flows downstream only through a small portion called  spillway  and in case of weir, the excess water flows over its entire length. Nappe and crest The sheet of water flowing through a notch or over a weir is known as  nappe  or  vein . The bott...
Read more

CONSTRUCTION DETAILS OF G.D NAIDU FLYOVER IN COIMBATORE

Image
The G.D. Naidu Elevated Bridge is a 10.10 km four-lane flyover in Coimbatore, India, costing approximately ₹1,791 crore, designed to significantly reduce travel time on the congested Avinashi Road by bypassing 12 intersections.  The construction features eight ramps for connectivity, roller crash barriers for safety, and environmental elements like 4,500 plants and 220 rainwater harvesting structures.  The project started in 2020 and was expedited after 2021, with the final inauguration taking place in October 2025.   Key Construction Details   Project Type:   Four-lane elevated flyover. Length :  Approximately 10.10 kilometers. Route :  Extends from Uppilipalayam to Goldwins, covering Avinashi Road. Purpose :  To decongest Avinashi Road by bypassing over 12 traffic intersections. Cost :  Estimated at around ₹1,791 crore. Timeline :  Announced in 2020, work was expedited after 2021, with inauguration in October 2025. Str...
Read more

THE BASICS OF REBAR: A COMPREHENSIVE GUIDE FOR BEGINNERS

Image
 THE BASICS OF REBAR: A COMPREHENSIVE GUIDE FOR BEGINNERS The Basics of Rebar If you have ever wondered what gives strength and stability to the concrete structures that we see around us, the answer is (most commonly) rebar. Rebar, short for reinforcing bar, is the steel rods that are embedded in concrete that provide tensile strength to what is actually and prevent cracking. Rebar comes in different shapes and sizes, but the most common type is deformed steel rebar, which has ridges or indentations along its surface to create a better bond with the concrete. Deformed steel rebar has been used in the construction industry for over a century, and it has revolutionised the way we build. With rebar, and using elements such as beams,  beam ties , rebar mesh, and reinforced walls, we can create taller, stronger, and more durable structures that can withstand natural disasters, environmental changes, and human activities. Some of the most iconic buildings in the world, such as...
Read more