VMBO KB Biologie study plan
VMBO KB Biologie · Give each week a clear focus.
8 weeks · About 6 hours per week
Cel en organisme (cell and organism)
Label the parts of an animal cell and a plant cell on a blank diagram and state the function of each part in one sentence
Explain the difference between a cell, a tissue, an organ and an organ system using one concrete example from the human body
Describe how substances move into and out of a cell by diffusion and osmosis, and predict what happens to a plant cell in pure water versus salt water
Draw and label the parts of a microscope and put the steps for making a wet mount slide in the correct order
Your checkpoint
A one-page labelled cell diagram plus a 10-item self-quiz on cell parts and osmosis, scored and corrected
Cel en organisme (cell and organism) & Mens en gezondheid (human biology and health)
Trace the path of food through the digestive system and name the enzyme that acts at each stage
Explain how villi in the small intestine are built for absorption and link their shape to their function
Describe how breathing and blood circulation work together to supply oxygen to muscles during exercise
Compare the composition of inhaled and exhaled air and explain the difference using combustion in cells
Your checkpoint
A flow chart of the digestive and respiratory route with enzymes, organs and absorbed substances filled in from memory
Mens en gezondheid (human biology and health)
Explain how the body regulates temperature and blood sugar and name the organ that senses each change
Distinguish between bacteria, viruses and fungi and state one disease caused by each and how it spreads
Explain how vaccination works and why antibiotics do not help against a viral infection
Describe the effects of smoking, alcohol and too little sleep on the heart, lungs and brain
Your checkpoint
A two-column table of at least eight health risks with cause, effect on the body and one preventive measure each
Planten en dieren (plants and animals)
Label the parts of a flower and explain how pollination and fertilisation lead to fruit and seed formation
Describe photosynthesis and respiration in a plant and state in which organs each process mainly happens
Explain how the roots, stem and leaves of a plant are adapted to their function and how water and minerals are transported
Classify ten given animals into vertebrates and invertebrates and justify each choice with two features
Your checkpoint
A flower diagram with the pollination-to-seed story written in five linked steps, checked against the textbook
Planten en dieren (plants and animals) & Ecosystemen en milieu (ecosystems and environment)
Describe how an organism is adapted to its habitat and give one plant and one animal adaptation for dry, wet and cold conditions
Explain the difference between a food chain and a food web and place organisms in the correct trophic level
Explain what happens to a food web when one species disappears or is added, including the effect on numbers
Distinguish between a producer, a consumer and a decomposer and describe the role of decomposers in recycling nutrients
Your checkpoint
A food web of at least eight organisms with arrows explained, plus a written prediction of the effect of removing one species
Ecosystemen en milieu (ecosystems and environment) & Erfelijkheid en evolutie (heredity and evolution)
Explain how energy and matter move through an ecosystem and why energy is lost at each step
Describe the causes and consequences of eutrophication, acid rain and plastic pollution and name one measure for each
Explain the difference between a gene, a chromosome and DNA and describe how a characteristic is inherited from both parents
Predict offspring ratios from a simple monohybrid cross using a Punnett square, including dominant and recessive traits
Your checkpoint
Three completed Punnett squares with predicted ratios plus a short written explanation of one environmental problem and its solution
Erfelijkheid en evolutie (heredity and evolution) & Onderzoeksvaardigheden (practical and research skills)
Explain natural selection using a worked example and distinguish it from the idea that individuals adapt on purpose
Describe how fossils and DNA comparisons provide evidence for evolution and common descent
Design a fair test for a biological question by naming the variable changed, the variable measured and the variables kept the same
Read a table or graph of results and draw a conclusion that is supported by the data, including one limitation of the method
Your checkpoint
A written experimental plan and a conclusion paragraph for one self-chosen biology question, using the correct terms for variables
Cel en organisme (cell and organism) & Mens en gezondheid (human biology and health) & Planten en dieren (plants and animals) & Ecosystemen en milieu (ecosystems and environment) & Erfelijkheid en evolutie (heredity and evolution) & Onderzoeksvaardigheden (practical and research skills)
Answer a full-length practice paper under timed conditions and mark it against the answer key
List your five weakest topics from the practice paper and re-study each one with a short summary sheet
Practise at least ten exam questions that ask you to explain, compare or predict, and check that each answer names the cause and the effect
Recite the key terms per domain from memory and correct any term you cannot define
Your checkpoint
A scored practice paper with a written error analysis and five one-page summary sheets for the weakest topics
Milestones
Week 2: You can label a plant and animal cell and explain osmosis without notes, scoring at least 8 out of 10 on your self-quiz
Week 4: You can explain the route of food and oxygen through the body and describe three health risks with cause and effect, without looking anything up
Week 6: You can build a food web from a list of organisms and complete a monohybrid Punnett square with the correct ratio
Week 8: You score at least 65 percent on a timed full practice paper and can name the cause of every mistake you made