AP Intermediate Botany (BIEAP) study plan

Draw and label the water-potential pathway from soil to xylem, distinguishing diffusion, osmosis, and bulk flow in your own words

Write the full balanced equation for photosynthesis with the Calvin cycle and light reactions mapped to the thylakoid and stroma

Explain the chemiosmotic hypothesis of ATP synthesis in chloroplasts and mitochondria side by side

Compare C3, C4, and CAM pathways by listing their first carbon-fixing enzyme, leaf anatomy, and cost in ATP per CO2

Classify the four major biomolecule groups by monomer, linkage, and one exam-relevant function each

Trace glycolysis, pyruvate oxidation, the Krebs cycle, and the electron transport chain, stating ATP, NADH, and FADH2 yields at each stage

Explain the Pasteur effect and anaerobic fermentation products in plants with a worked comparison

Describe the Meselson-Stahl experiment logic and predict banding patterns for conservative versus semi-conservative replication

Solve three genetics problems on incomplete dominance, codominance, and lethal alleles, showing the cross and expected ratios

Summarize the lac operon and one eukaryotic transcriptional control mechanism in five sentences each

Build a comparison table of algal groups, bryophytes, pteridophytes, gymnosperms, and angiosperms by habitat, vascular tissue, dominant generation, and spore type

Explain alternation of generations using a labelled life-cycle sketch for a moss and a fern

Describe the salient features of the five-kingdom system and state two criticisms of it

Explain bacterial classification by shape, flagellation, and nutrition with named examples

Describe the steps of recombinant DNA technology from restriction digestion to selection of transformants

Explain PCR, gel electrophoresis, and one plant tissue culture application with their underlying principles

Identify and describe the types of root, stem, and leaf modifications with a named example for each

Explain the internal structure of a monocot and dicot stem and root from your own labelled diagrams

Describe the tissue systems and state the differences between simple and complex permanent tissues

Trace microsporogenesis and megasporogenesis to the mature male and female gametophytes

Explain double fertilization and the fate of each product of the embryo sac

Describe the structure of the mature anther and ovule with their labelled parts

Solve dihybrid and test-cross problems, and explain linkage and recombination frequency with a worked example

Describe the chromosomal basis of sex determination in plants and one example of cytoplasmic inheritance

Explain the molecular basis of mutation types and their phenotypic consequences

Describe apomixis, polyembryony, and parthenocarpy with one example each

Explain seed dormancy, germination, and the role of gibberellins and abscisic acid in each

Describe the role of auxins, cytokinins, and ethylene in one named developmental process

Define ecosystem structure and function, and describe energy flow and the ten-percent law with a worked food-chain calculation

Explain biogeochemical cycles for carbon, nitrogen, and phosphorus, naming the organisms involved in each step

Describe succession with a named hydrosere or xerosere example and its seral stages

Explain in-situ and ex-situ conservation with one Indian example of each

Describe the principles and procedure of one ecological sampling method such as quadrat study

Explain the steps of a simple plant physiology practical, including controls and expected observations

Recite the diagnostic characters of major plant families with two examples each

Re-derive cell organelle functions and compare plant and animal cells in a table

Explain cell cycle phases and the events of mitosis and meiosis, highlighting sources of variation in meiosis

Describe the fluid mosaic model and transport across membranes with named examples

Identify ten common botanical specimens from written descriptions of their morphology alone

Take two full-length mock papers under timed conditions and record section-wise scores

Rewrite every incorrect answer as a correct factual statement and group errors by domain

Re-derive the five highest-yield diagrams from memory without notes

State the key numerical constants and laws you must recall, such as the ten-percent law and ATP yields

Summarize the practical syllabus in a one-page checklist of methods and expected results