If the percolation rate of water of a particular soil sample is $30 m L / m i n$ , then how much time will $300 m L$ of water take to percolate completely into the soil?

800 s e c

No worries! We‘ve got your back. Try BYJU‘S free classes today!

600 s e c

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

200 s e c

No worries! We‘ve got your back. Try BYJU‘S free classes today!

400 s e c

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is B $600 s e c$
The time taken by $30$ mL of water to percolate $= 1$ min $= 60$ seconds

Time taken by $300$ mL of water to percolate $= 10 m i n$ =600 seconds.

Suggest Corrections

Similar questions

Q. The total time taken to percolate

500 m l

of water is

50 m i n

. What will be the percolation rate of the soil ?

What do you understand by water absorption rate?
It took 60 minutes for 360 mL of water to percolate through a soil sample. What is the rate of percolation for the soil sample? [5 MARKS]

Q. A certain sample of soil is used for testing the percolation rate. The amount of water taken is 400 ml and the percolation time measured is 10 mins. What is the percolation rate?

Q. Razia conducted an experiment in the field related to the rate of percolation. She observed that it took 40 min for 200 mL of water to percolate through the soil sample. Calculate the rate of percolation.

Answer the following

1) Manish conducted an experiment in the field related to the rate of percolation. He observed that it took 20 min for 400mL of water to percolate through the soil sample. Calculate the rate of percolation.

2) What is the importance of humus to the soil?

Join BYJU'S Learning Program

If the percolation rate of water of a particular soil sample is 30mL/min, then how much time will 300mL of water take to percolate completely into the soil?

The correct option is B 600 secThe time taken by 30mL of water to percolate =1 min =60 secondsTime taken by 300mL of water to percolate =10min =600 seconds.

If the percolation rate of water of a particular soil sample is $30 m L / m i n$ , then how much time will $300 m L$ of water take to percolate completely into the soil?

The correct option is B $600 s e c$
The time taken by $30$ mL of water to percolate $= 1$ min $= 60$ seconds

Time taken by $300$ mL of water to percolate $= 10 m i n$ =600 seconds.