Every distinction begins with one topic at a time.- start now
A farm is managed by someone who knows the plan before the season starts. A paper is written by someone who knows its shape before the invigilator says begin.· know the paper, not only the syllabus
This section is the map of the whole Grade 11 Agricultural Management Practices examination, not a re-teach of the farming content. Read it once, then use the mark tables to decide where the rest of your revision hours go. The subject is examined in one written paper of 200 marks over 3 hours. There is no Paper 2 in this subject at any grade. The paper has two sections holding four numbered questions, and every one of them is compulsory: Section A is Question 1 for 50 marks, and Section B is Questions 2, 3 and 4 for 50 marks each.
One thing has to be settled before you plan anything else. Grade 11 is a school grade, so your final paper is set and marked by your own school and moderated externally, and the curriculum fixes only that Section B holds three questions of 50 marks each, linked to the production enterprises of your own agri-ecological region. The crop, resource and animal grouping used in this document is therefore a revision structure and not a printed exam order: prepare all three groups, because any of them can appear as any of the three Section B questions. Everything else on this page is fixed by the curriculum and by the national teaching plan, and you can rely on it.
| Section | Question | What it is | Marks | Your time budget |
|---|---|---|---|---|
| A | Q1 | Shorter objective items of one or two marks each, sampled across all seven topics | 50 | 40 min |
| B | Q2 | A long structured question, subdivided, set on your school's enterprise | 50 | 42 min |
| B | Q3 | A long structured question on a different part of the content | 50 | 42 min |
| B | Q4 | A long structured question on a different part of the content again | 50 | 42 min |
| Whole paper | Q1 to Q4 | All seven topics, no choice, nothing optional | 200 | 166 min + 14 min reading and checking |
Section A is one question worth 50 marks, made up of short items pitched at one or two marks each and sampled from every topic in the year. The curriculum names exactly four formats for it and no others, which makes it the most predictable 50 marks in the paper.
| Format | What you actually write | Usual mark | The trap |
|---|---|---|---|
| Multiple choice | Only the letter of the correct option, next to the item number | 1 or 2 | Writing the whole option out, then running short of time |
| Matching columns, A against B | Only the letter from Column B next to the number from Column A | 1 or 2 | Using one letter twice when the instruction says each is used once |
| One word or one term | The single term that fits the description, spelled correctly | 1 | Writing a sentence when one term is asked, and burying the term |
| True or false, and correct the false statement | The word true, or the word false plus the rewritten correct statement | 1 or 2 | Writing only "false" and never supplying the correction that carries the second mark |
Each Section B question is subdivided into sub-questions and mixes formats inside itself: one-word answers, answers of a sentence or two, answers of a full paragraph, and drawings of graphs, tables or diagrams. Because the curriculum requires these questions to be linked to your region's production enterprises, they are normally framed on a real crop or animal scenario rather than asked in the abstract. Expect to be handed data to work with: a soil analysis report, a fertiliser recommendation, a growth curve, a rainfall or temperature record, a service or lambing register, a veld composition survey, a fodder flow table.
| Revision group used in this document | Topics inside it | Marks in a 50-mark question |
|---|---|---|
| The crop question | Crop production; crop management aspects | 50 |
| The resource question | Soil and water management; fertiliser management and application; range, veld and pasture management | 50 |
| The animal question | Animal production; animal management aspects | 50 |
The 200-mark total and the 50 plus 150 split are fixed by the curriculum. The per-topic figures below are our own derivation, worked out in proportion to the teaching time each topic is given across the year and rounded to whole marks. Use them to rank your revision, not as a promise from an examiner.
| Topic | Approx. marks in the paper | Share | Priority |
|---|---|---|---|
| Animal management aspects | 51 | 25,5% | Very high |
| Crop management aspects | 46 | 23% | Very high |
| Soil and water management aspects | 33 | 16,5% | Very high |
| Crop production | 20 | 10% | High |
| Range, veld and pasture management | 20 | 10% | High |
| Animal production | 17 | 8,5% | High |
| Fertiliser management and application | 13 | 6,5% | Medium |
| Total | 200 | 100% |
Every sub-question is also pitched at a thinking level, and the paper is balanced to a fixed spread. The command word tells you which band you are standing in, and therefore how much to write.
| Level | Weighting | Marks | What earns the mark | Command words |
|---|---|---|---|---|
| Knowledge | 40% | 80 | Stating a fact, term, list or example with no explanation needed | name, state, list, identify, give, label, define |
| Comprehension and application | 40% | 80 | Explaining, applying a principle to the given farm, calculating, reading a supplied data set | explain, describe, calculate, classify, apply, use the table |
| Analysis, evaluation and synthesis | 20% | 40 | Judging, comparing, recommending or building an argument in your own words | discuss, analyse, evaluate, compare, motivate, recommend, justify, suggest |
| What the marker does | What that means for you |
|---|---|
| Ticks each separate correct fact, one tick, one mark | Write points that stand apart. Two halves of one idea earn one tick, not two. |
| Stops ticking once the allocation is filled | Six points for a four-mark question earns four marks and wastes two points of your time. |
| Accepts any alternative listed in the memorandum | Your own correct wording is fine. You are not matched word for word against a model. |
| Credits formula and substitution in a calculation | Never write a bare answer. Formula line, substitution line, answer line with the unit. |
| Marks a named method only if the condition is given, when asked to motivate | "Drip irrigation" is one fact. "Drip irrigation, because water is scarce and the crop is in rows" is two or three. |
Q: A Section B sub-question supplies a rainfall record for a maize farm and asks: "Motivate TWO reasons why the producer should plant in the second half of November rather than in early January. (4)" How do you plan it? (Practice scenario, our own numbers and wording.)
Read the mark: 4. Read the verb: motivate, which is the evaluation band, so a bare fact is not enough. Read the number word: TWO. Four ticks over two reasons means each reason is stated and justified from the data.
Reason 1: a November planting puts flowering in January, when the record shows the highest monthly rainfall, so the critical moisture period is covered.
Reason 2: a January planting pushes grain filling into the dry autumn and risks early frost before physiological maturity, so yield and grain quality drop.
∴ 2 reasons × 2 ticks = 4 marks, and each one is tied to something printed in the supplied record, which is exactly what an application or evaluation sub-question rewards.
You should know where this 200-mark paper sits, so that you do not confuse a practical rubric with an exam memorandum. Your promotion mark is built out of four hundred marks, each component reported out of a hundred.
| Component | What it is | Share of the promotion mark |
|---|---|---|
| School-based assessment | The term tasks, tests and the mid-year paper set by your school | 25% |
| Practical assessment task | Practical farm work across the year, including the compulsory farm hours, set and moderated by your school | 25% |
| End-of-year written paper | This paper: 200 marks, 3 hours | 50% |
Because the paper is enterprise-linked, the worked examples in this document use maize as the crop and sheep as the animal. Your school may farm something else entirely. Nothing is lost, because every principle in this subject is written to survive the swap.
Grade 11 Agricultural Management Practices is one compulsory written paper of 200 marks in 3 hours, with no Paper 2 at any grade. It has two sections and four compulsory questions. Section A is Question 1 alone, 50 marks of short objective items of one or two marks each, drawn from all seven topics and set in only four formats: multiple choice, matching columns, one word or term, and true or false with a correction. Section B is Questions 2, 3 and 4 at 50 marks each, long structured questions that mix short answers, paragraphs and drawings, built on supplied data such as a soil analysis, a growth curve, a rainfall record, a service register or a veld survey. Because Grade 11 is set and marked by your own school against the production enterprises of your region, nobody can tell you which topics land in which numbered question, so the crop, resource and animal grouping in this document is a way to revise and not a printed order: prepare all three. Marks spread 40 percent knowledge, 40 percent comprehension and application, 20 percent analysis, evaluation and synthesis. The paper is memorandum-marked at one tick per correct fact, with method marks for the formula and substitution in every calculation, and no rubric anywhere. Animal management, crop management and soil and water management carry roughly 130 of the 200 marks between them.
Fifty marks. One question. Four formats, all of them named in the curriculum, none of them a surprise. Section A is the most predictable part of this paper and the part most learners under-prepare, because it looks like a warm-up. It is not a warm-up: it is 25 percent of your final examination mark, it samples all seven topics, and every item is worth one or two marks that you either have or do not have. This section is built as drill, so work through it with a pen and cover the answers.
| Format | Write exactly this | How the mark is awarded | Where learners lose it |
|---|---|---|---|
| Multiple choice | The item number and the letter only, for example 1.1.3 C | One tick for the correct letter | Leaving it blank. Nothing is deducted for a wrong guess, so a blank is a free mark surrendered. |
| Matching columns | The number from Column A and the letter from Column B, for example 1.2.4 G | One tick per correct pairing | Re-using a letter when the instruction says each option is used only once, which costs two items instead of one. |
| One word or term | The single term, correctly spelled, nothing else | One tick for the correct term | Writing a definition instead of the term, or giving two terms and hoping one is right. Two answers cancel each other. |
| True or false, correct the false | True; or false plus the whole statement rewritten so it now reads correctly | Usually one tick for the verdict and one for the correction | Writing "false" and stopping. Half the marks in the block sit in the correction. |
Definitions are load-bearing in this subject. They fund Section A directly and they open half of Section B as well, because a sub-question that says "define" is a knowledge-band mark you either bank in ten seconds or lose. Learn these as short, complete sentences.
| Term | Definition to write |
|---|---|
| Plant population | The number of plants established per hectare. |
| Plant density | The number of plants per unit area together with how they are spaced between and within rows. |
| Seeding rate | The mass of seed, in kilograms per hectare, needed to reach the target plant population. |
| Critical period | The growth stage at which a shortage of water or nutrients causes the greatest permanent yield loss. |
| Cultivar | A cultivated variety of a crop bred for defined traits such as growing season length, yield or disease resistance. |
| Monoculture | Growing the same crop on the same land season after season. |
| Crop rotation | Following one crop with a different crop on the same land in successive seasons, in a planned cycle. |
| Inter-cropping | Growing two or more crops on the same land at the same time. |
| Weed | Any plant growing where it is not wanted, competing with the crop for water, light and nutrients. |
| Calibration | Setting and testing an implement so that it delivers the intended quantity of seed, fertiliser or spray per unit area. |
| Precision farming | Managing variation within a land by measuring it and applying inputs at a variable rate to each part of it. |
| Trellising | Supporting and training a crop on a framework of wires or poles to control its growth and shape. |
| Term | Definition to write |
|---|---|
| Soil texture | The proportion of sand, silt and clay particles in a soil. |
| Soil structure | The way soil particles are grouped together into aggregates or peds. |
| Soil profile | A vertical section through the soil showing its horizons from the surface down to the parent material. |
| Composite sample | One mixed sample made from many sub-samples taken across a single homogeneous unit of land. |
| Primary tillage | The first, deep soil-loosening operation that opens the land and buries residue. |
| Secondary tillage | The shallower operations after primary tillage that break clods and prepare a fine seedbed. |
| Conservation tillage | Any tillage system that leaves enough crop residue on the surface to protect the soil against erosion. |
| Irrigation scheduling | Deciding when to irrigate and how much water to apply, based on measured soil water or crop demand. |
| Drainage | The planned removal of excess water from the surface or from the root zone of a soil. |
| Grazing capacity | The area of veld needed to sustain one animal unit over a long period without the veld deteriorating. |
| Stocking rate | The number of animals actually placed on a given area of veld at a given time. |
| Fodder flow | A month-by-month plan matching the feed a farm produces against the feed its animals need. |
| Term | Definition to write |
|---|---|
| Oestrus | The period during which the female is receptive to the male and will accept mating. |
| Oestrus cycle | The number of days from the start of one heat period to the start of the next, about 16 to 17 days in a ewe. |
| Gestation period | The time from conception to birth, about 150 days in a ewe. |
| Artificial insemination | Placing collected semen into the female reproductive tract mechanically instead of by natural mating. |
| Breed standard | The written description of the ideal animal of a breed, against which animals are judged. |
| Progeny testing | Judging the breeding value of a parent by measuring the performance of its offspring. |
| Cross breeding | Mating animals of two different breeds. |
| Inbreeding | Mating animals that are closely related to each other. |
| Active immunity | Protection the animal builds itself after infection or vaccination. |
| Passive immunity | Ready-made antibodies received from another animal, for example through colostrum or a serum injection. |
| Internal parasite | A parasite living inside the host, for example wireworm in the abomasum or liver fluke. |
| External parasite | A parasite living on the outside of the host, for example sheep scab mite, blowfly larvae, ticks or lice. |
| Service register | The record of which ram served which ewe and on which date, used to predict the lambing date. |
Almost every mark lost in Section A is lost on one of these. They are set precisely because they look alike, and a matching or true-or-false item can separate them in one line.
| Looks the same | The difference in one line |
|---|---|
| Grazing capacity vs stocking rate | Capacity is what the veld can carry sustainably; stocking rate is what the farmer has actually put on it. |
| Carrying capacity vs grazing capacity | Grazing capacity is the area of veld needed to keep ONE animal unit sustainably, in ha/LSU, and is a property of the land. Carrying capacity is the TOTAL number of animal units the land can support, in LSU, found as grazeable area divided by grazing capacity. They are not reciprocals: 600 ha ÷ 8 ha/LSU = 75 LSU. |
| Soil texture vs soil structure | Texture is what the particles are; structure is how they are stuck together. |
| Aims of tillage vs methods of tillage | Aims are why you till (seedbed, weeds, residue, compaction). Methods are what you till with (plough, ripper, disc, no-till). |
| Plant population vs seeding rate | Population is counted in plants per hectare; seeding rate is weighed in kilograms per hectare. |
| Monoculture vs crop rotation vs inter-cropping | Same crop repeatedly; different crops in sequence; different crops at the same time. |
| Selective vs non-selective vs rotational grazing | Animals choose the tastiest plants; high density forces them to eat everything; camps are grazed and rested in turn. |
| Oestrus cycle vs gestation period | About 17 days between heats; about 150 days from conception to lambing. |
| Cross breeding vs inbreeding vs line breeding | Two breeds; close relatives; distant relatives within one superior family line. |
| Breeding system vs selection aid | Cross breeding and inbreeding are systems. Progeny testing, stud registers and production records are aids that help you choose. |
| Internal vs external parasites | Inside the animal, dosed or drenched; on the animal, dipped or sprayed. |
| Active vs passive immunity | The animal made it after a vaccine or infection; the animal was given it in colostrum or serum. |
| Nutrient vs product in a fertiliser | 60 kg of nitrogen is not 60 kg of fertiliser. Divide by the nutrient percentage to get kilograms of product. |
| Sprinkler vs micro irrigation | A centre pivot and a dragline are sprinkler; drip and micro-jet wet only the root zone of the individual plant. |
| Column A | Column B |
|---|---|
| 1. The area of veld needed to sustain one animal unit over the long term | A. composite sample |
| 2. Mating animals that are closely related | B. tensiometer |
| 3. One mixed soil sample from many augers on one homogeneous unit | C. grazing capacity |
| 4. An instrument that measures soil water tension for scheduling | D. top dressing |
| 5. Applying nitrogen beside the row after the crop has emerged | E. inbreeding |
| 6. A plant species that increases when veld is overgrazed | F. service register |
| 7. The record showing which ram served which ewe and when | G. increaser II |
| 8. Growing two crops on the same land at the same time | H. inter-cropping |
Answers: 1 C · 2 E · 3 A · 4 B · 5 D · 6 G · 7 F · 8 H. (8)
Answers: 1 plant population · 2 monoculture · 3 soil profile · 4 primary tillage · 5 docking · 6 critical period · 7 oestrus cycle · 8 breed standard · 9 drainage · 10 fodder flow · 11 progeny testing · 12 calibration. (12)
Answers. 1 False. Grazing capacity is the area of veld needed to sustain one animal unit over the long term, while stocking rate is the number of animals actually placed on that area. 2 True. 3 False. Soil texture is the proportion of sand, silt and clay in the soil. 4 False. Wireworm is an internal parasite that lives in the abomasum of the sheep. 5 False. Crop rotation means following one crop with a different crop in successive seasons. 6 True. 7 False. Kraals, gateways, anthills and headlands are avoided because the soil there is not representative of the land. 8 True. 9 False. 100 kg of that fertiliser supplies 28 kg of nitrogen. 10 False. Progeny testing is a selection aid, not a breeding system. 11 False. A centre pivot is a form of sprinkler irrigation. 12 True. (24)
Section A is Question 1, 50 marks, a quarter of the paper, and it uses only four formats: multiple choice, matching columns, one word or term, and true or false with a correction. Items are one or two marks each and are sampled from all seven topics. Multiple choice and matching print the answer in front of you, so nothing may be left blank and used letters should be struck off as you go. On a true-or-false item the corrected statement must be rewritten in full, because the verdict alone usually earns only half the marks. The section is won on definitions and on a short list of confusable pairs: grazing capacity against stocking rate, texture against structure, aims of tillage against methods of tillage, plant population against seeding rate, monoculture against rotation against inter-cropping, selective against non-selective against rotational grazing, oestrus cycle against gestation period, cross breeding against inbreeding, breeding system against selection aid, internal against external parasites, active against passive immunity, and kilograms of nutrient against kilograms of fertiliser product. Work two passes, about forty minutes in total, and number every answer exactly as the paper numbers it.
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Look at the worked example below first, then make your own. Tick off each topic as you finish it.
Example (already filled in)
| Date | Subject | Topic | Done |
|---|---|---|---|
| Mon 8 Jul | Agricultural Management Practices | Your weakest topic, notes + summary | ✓ |
| Tue 9 Jul | Agricultural Management Practices | Next topic + 10 practice questions | ✓ |
| Wed 10 Jul | Agricultural Management Practices | A full past paper under time | – |
| Thu 11 Jul | Agricultural Management Practices | Mark the paper, revise weak spots | – |
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| Date | Subject | Topic | Done |
|---|---|---|---|
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