Which soil has the maximum water retaining capacity?
Clayey soil has a maximum water-retaining capacity.
Clayey soil consists of a higher proportion of the fine(small) particle.
The particles of the clayey soil are tightly packed together, that’s why this soil can hold a good amount of water, and can not drain quickly. It traps less air between the particles, and also very good for growing various crops.
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The water holding capacity is highest in ______ soil.
Tick the most suitable answerThe water holding capacity is the highest in(i) Sandy soil(ii) Clayey soil(iii) Loamy soil(iv) Mixture of sand and loam
Which planet has the maximum number of moons?
Availability of water and minerals in the soil for maximum absorption by roots is in theB-horizonC-horizonA-horizonsurface of soil
Why clayey soil absorbs more water than sandy soil?
The microorganisms present in the soil require moisture (water) and nutrients for growth and survival. Choose from the options below the habitat (place) where the soil has plenty of water and nutrients.DesertForestOpen fieldCricket ground
Fill in the blanks.1. ________ soil has poor air circulation.2. The ________ horizon is rich in humus.3. ________ soil holds very little water due to bigger space available among the soil particles.4. Pulses grow well in ________ soil.5. Deforestation results in soil ________ .
Which has higher refraction index : water of glass?
Which one term in the following includes the others?air, flora, fauna, environment, water, sunlight, soil
How pesticides harm soil and water pollution?
Choose the solutions from among the following mixtures :Soil, Sea-water, Air, Coal, Soda-water
If 50 ml of water takes 5 minutes to percolate completely in a particular soil. Calculate the percolation rate of water in the soil.
Which of the following is not a natural resource?(a) soil (b) water (c) electricity (d) natural gas
A soil sample was taken by Boojho, from agricultural land and was weighed. The mass of the soil was found to be 40g. 80 mL of water was taken in a measuring cylinder and added to the soil sample. The soil absorbed 60 mL of water and the rest left in the measuring cylinder. Calculate the absorption rate of water by the soil.
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