buse it is mad
Urine.
Limestone is used to reduce the acidity level in the soil so that the plant can absorb the nutrients that are available in the soil.
Most commonly limestone is used to decrease acidity.
Lime is a base, which is the opposite of an acid. Adding a base to something which is acidic will reduce the acidity (PH). This needs to be done with care, lime is a powerful and dangerous chemical. Improper handling can result in chemical burns, eye damage or poisoning. Too much lime in soil is a worse problem than too much acidity, it is important to follow appropriate manufacturer's guidelines concerning the amount of lime used. Garden stores sell acidity testing products which will assist you in adjusting the PH balance of soil.
because it is basic
Urine.
Limestone is used to reduce the acidity level in the soil so that the plant can absorb the nutrients that are available in the soil.
alkali is used to reduce acid and acid is used to reduce alkali
Calcium carbonate is used to control soil acidity.
Most commonly limestone is used to decrease acidity.
Lime is used to reduce the acidity of soil to help plants grow. It is also a component of brick mortar and is used in the manufacture of some chemicals.
Lime is a base, which is the opposite of an acid. Adding a base to something which is acidic will reduce the acidity (PH). This needs to be done with care, lime is a powerful and dangerous chemical. Improper handling can result in chemical burns, eye damage or poisoning. Too much lime in soil is a worse problem than too much acidity, it is important to follow appropriate manufacturer's guidelines concerning the amount of lime used. Garden stores sell acidity testing products which will assist you in adjusting the PH balance of soil.
Acid.
calcium hydroxide is used to neuralise the acidity in soil
because it is basic
what are four main soils used to classify soils
Generally, it depends on the pH of the soil. Limestone is often used to reduce the acidity and make the soil more neutral or basic. The pH requirements depend on the individual plant, you could try the USDA's PLANTS database (plants.usda.gov) for more information