UPMSP Intermediate Agricultural Chemistry study plan

List the 16 essential plant nutrients and classify each as macro or micro with a one-line function and deficiency symptom

Distinguish straight, complex, and mixed fertilizers and compute the N-P2O5-K2O grade of a given mixture from its ingredient percentages

Compare farmyard manure, compost, green manure, and vermicompost on nutrient content, C:N ratio, and typical application rate

Define soil fertility versus soil productivity and identify five soil properties that govern fertility

Calculate the quantity of urea and single superphosphate needed to supply a stated dose of N and P2O5 per hectare

Explain the manufacture, properties, and use of urea, ammonium sulphate, DAP, and muriate of potash

Describe nitrogen loss pathways (volatilization, leaching, denitrification) and match each to one management practice

Interpret critical levels of N, P, K in soil and decide whether a fertilizer recommendation is justified

Outline the principles of integrated nutrient management and balanced fertilization

Compute a fertilizer blend that supplies a target N:P:K ratio using two or three straight fertilizers

Describe the forms and functions of each macronutrient in plants and relate each to a visible deficiency symptom

Explain cation exchange capacity, base saturation, and soil pH buffering with worked numerical examples

Classify soils as acidic, neutral, or alkaline by pH and state the crops suited to each range

Explain how liming raises pH and how gypsum or elemental sulphur lowers it, with approximate rates

Summarize the role of organic matter and humus in nutrient retention and soil structure

Classify pesticides by target organism, chemical group, and mode of action with one example of each

Explain the formulation types (EC, WP, granule, dust) and select an appropriate one for a stated field situation

Describe the correct use of safety equipment, storage, and disposal for agrochemicals

Explain pesticide resistance, resurgence, and the concept of the waiting period before harvest

Interpret a label's active ingredient, dilution, and pre-harvest interval to compute spray volume for a given plot

Explain the mode of action and selectivity of major insecticide, fungicide, and herbicide groups used in Indian field crops

Describe safe sampling of soil, plant, and water for laboratory analysis and record the procedure step by step

Perform and interpret the standard soil tests for pH, electrical conductivity, organic carbon, and available N, P, K

Explain the principle behind colorimetric, titration, and flame photometric determinations

Calculate results from raw laboratory readings using the standard formula for each determination

Identify sources of soil pollution from fertilizers, pesticides, and industrial effluents and rank them by severity

Explain nitrate leaching, eutrophication, and heavy metal accumulation in soil and crops

Describe biomagnification and its relevance to pesticide residues in the food chain

Outline soil and water conservation measures relevant to chemical pollution control

Interpret a residue or contamination dataset and state whether it exceeds a permissible limit

Define organic farming and list the certification requirements and prohibited inputs

Compare organic and conventional nutrient management on yield, cost, and soil health

Describe biofertilizers, vermicompost, and crop rotation as components of sustainable agriculture

Explain integrated pest management and its role in reducing agrochemical load

Evaluate a farm plan and recommend organic alternatives for each synthetic input used

Review all eight domains using a one-page summary sheet per domain

Solve 40 mixed multiple-choice and numerical questions under timed conditions

Re-attempt every previously missed numerical problem until solved correctly without notes

Recite definitions, formulae, and permissible limits from memory in a rapid self-test

Identify the two weakest domains and complete a targeted 60-minute revision of each