mass percentage of O in talc = [153.6 / (58.35 + 89.88 + 153.6 + 1.61)] X 100% =
50.6 % mass of O = mass percentage of O x mass of talc = 50.6% x 72.5 = 36.7 g
Solution
mass percentage of O in talc = [153.6 / (58.35 + 89.88 + 153.6 + 1.61)] X 100% =
50.6 % mass of O = mass percentage of O x mass of talc = 50.6% x 72.5 = 36.7 g.
Kodo Millet PPT made by Ghanshyam bairwa college of Agriculture kumher bhara...
1. It will be absorbed by plant. Or remain in soil that .pdf
1. 1. It will be absorbed by plant. Or remain in soil that can be absorbed by plant later. Solid
fertilizers is mainly composed of Urea, when it is added with little amount of water to soil, it get
hydrolyzed and converted to ammonia and Co2. This process is normally take 72 hours. Basing
on water content and extra water might cause urea to run off, leading to loss of urea.
CO(NH2)2 + H2O + urease 2NH3 +CO2 (urea)
2. When added more water to the soil, this water will resist the movement of
microorganisms. This is because oxygen is resisted to move freely, due to which microbial
activity is restricted as well. Lack of oxygen will cause to microorganisms metabolism is been
effected. Normal pathways are disrupted due to lack of O2.
Solution
1. It will be absorbed by plant. Or remain in soil that can be absorbed by plant later. Solid
fertilizers is mainly composed of Urea, when it is added with little amount of water to soil, it get
hydrolyzed and converted to ammonia and Co2. This process is normally take 72 hours. Basing
on water content and extra water might cause urea to run off, leading to loss of urea.
CO(NH2)2 + H2O + urease 2NH3 +CO2 (urea)
2. When added more water to the soil, this water will resist the movement of
microorganisms. This is because oxygen is resisted to move freely, due to which microbial
activity is restricted as well. Lack of oxygen will cause to microorganisms metabolism is been
effected. Normal pathways are disrupted due to lack of O2.