Respuesta :
Step-by-step explanation:
Given:
The speed of the water flowing through the pipe into the tank = 1.2 m/s
The area of cross-section of the pipe = 6 cm? = 0.0006 m?
To find:
The no. of litres of water flowing into the tank in 1 hour
Solution:
According to the given values in the question, we will first find the volume of water flowing into the tank through the pipe in 1 second
so,the volume of water flowing into the tank in 1 second is given by,
=[Area of the cross-section of pipe ] x [ The speed of the water flowing into the tank ] =
[0.0006 m²] × [ 1.2 m/s ]
[tex] = 7.2 \times {10}^{ - 4} {m}^{3} [/tex]
Now,
The volume of water flowing into the tank in 1 hour is given by,
=[ The volume of water flowing in 1 second ] x 3600
where,( 1 hour = 3600 seconds)
=[7.2×10-4 m³] × [3600 seconds ]
= 2.592 m³
We have 1 m³= 1000 litres
so,
2.592 m³ = 2.592 x 10³ = 2592 litres
Thus, the number of litres of water flowing into the tank in 1 hour is 2592 litres.
The number of litres of water flowing into the tank in 1 hour is 2592 litres.
What is speed?
Speed can be calculated as the ratio of distance traveled to the time taken
Given:
The speed of the water flowing through the pipe into the tank id 1.2 m/s
The area of cross-section of the pipe is 6 cm? = 0.0006 m?
We have To find The no. of litres of water flowing into the tank in 1 hour
According to the given values, we will first find the volume of water flowing into the tank through the pipe in 1 second.
thus ,the volume of water flowing into the tank in 1 second is given by,
= [Area of the cross-section of pipe ] x [ The speed of the water flowing into the tank ] =
[0.0006 m²] × [ 1.2 m/s ] = 7.2×10-4 m³
Now,
The volume of water flowing into the tank in 1 hour is given by;
=[ The volume of water flowing in 1 second ] x 3600
where,( 1 hour = 3600 seconds)
= [7.2×10-4 m³] × [3600 seconds ]
= 2.592 m³
We have 1 m³= 1000 litres
so, 2.592 m³ = 2.592 x 10³ = 2592 litres
Therefore, the number of litres of water flowing into the tank in 1 hour is 2592 litres.
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