Question

a tank of length 32m and breath 20m is filled with water the depth of water in the tank is 2.4m calculate the volume of water contained in the tank pls help i will give thanks and brainlist

Answer 1

Required Answer :

Volume of water contained in the tank = 1536 m³

Given :

• Length of the tank = 32 m
• Breadth of the tank = 20 m
• Depth of the water in the tank = 2.4 m

To find :

• Volume of water contained in the tank

Concept :

Here, in the question we are provided with the length, breadth and the height of the tank and we need to calculate the volume of water contained in the tank. So, we will use the formula of volume of cuboid and get the required answer.

Formula to calculate the volume of cuboid :

• Volume of cuboid = l × b × h

where,

• l denotes the length
• b denotes the breadth
• h denotes the height

Solution :

Volume of water contained in the tank :

Applying the given values in the formula of volume cuboid :

⠀⠀⠀⇒ Volume of water = l × b × h

⠀⠀⠀⇒ Volume of water = 32 × 20 × 2.4

⠀⠀⠀⇒ Volume of water = 1536

• Volume of water contained in the tank = 1536 m³

Knowledge Bytes :

• Total surface Area of cuboid = 2(lb + bh + hl)
• Perimeter of cuboid = 4 (length + breadth + height)
• Total surface area of cube = 6 × side²
• Volume of cube = side³
• Perimeter of cube = 12 × side
• Area of rectangle = l × b
• Area of square = side²
• Perimeter of rectangle = 2(l + b)
• Perimeter of square = 4 × side

Answer 2

Step-by-step explanation:

ANSWER ✍️

______________

given

• l is 32m

• b is 20m

• h is 2.4m

volume of cuboid=lbh

• 32×20×2.4=
• 32×24×2=
• 1,536

hope this helps you ☺️