Science Exams
Year 10 Science 2024 Exam Preparation Checklist
Topics:
Global systems
Know that greenhouse gases include water, methane and carbon dioxide.
Know how the greenhouse effect allows life to exist on Earth by moderating global temperatures
Differentiate between the greenhouse effect and the enhanced greenhouse effect which is causing climate change
Describe the movement of ocean and air currents and how they affect global temperatures
Describe permafrost and how it affects the levels of carbon dioxide in the atmosphere and global temperatures and how melting polar ice impacts on sea levels globally
Chemistry
Understand the structure of the Periodic Table including the sequence of elements, and the information about electron arrangement according to the rows and groups
Describe the group properties of alkali metals, alkaline earth metals, halogens and noble gases
Read data and predict the properties of elements in the same group
Locate where the metals and non-metals are found in the Periodic table and describe the periodic trends in reactivity.
Identify the atomic number to calculate the number of protons, and electrons, and state the electron configurations for an element
Determine the charges for a metal that becomes a cation and a non-metal that becomes an anion and give electron configurations for ions
Read a chemical formula and determine the elements present and the number of atoms
Use naming rules to determine the chemical name and formula for ionic and covalent compounds
Write a word equation to represent the reactants and products in a chemical reaction
Write a symbolic equation to represent a chemical reaction
Balance a symbolic chemical equation using coefficients
Correctly use the symbols for states of matter: (s), (l), (aq), (g) in a chemical reaction
Relate values on the pH scale to acid or base characteristics of aqueous solutions
Predict the products formed when an acid reacts with a base
Predict the products formed when acid reacts with a metal
Predict the products formed when an acid reacts with a metal carbonate
Use solubility tables to determine whether a substance will be soluble or insoluble in water and whether a product will be a precipitate
Define reaction rate. List what factors can influence the rate of reaction
Use Collision Theory to explain the factors which affect the rate of a reaction
Experimental design
Identify the independent and dependent variables in an experiment
Identify the controlled variables in an experiment
Draw or read a graph and include units in answers
Evolution
Define evolution and understand that it takes hundreds, even thousands, of generations
Extinction and biodiversity
Define population and species
Define adaptation
Define mutation
Define variation and why it is important for species survival
Identify structural, physiological, and behavioural adaptations and explain how they ensure individuals are fit for their habitat
Describe the steps in the Natural selection process
Define Speciation
Describe the steps of the Speciation process
List examples of geographical isolation and how that causes reproductive isolation (prevents gene flow between populations through interbreeding)
Define Artificial Selection
Compare Natural selection with Artificial selection
Interpret a decay curve to determine the length of a half-life and the age of a fossil.
Describe evidence to support evolution including fossil record, stratification, biogeography, comparative anatomy (embryology, homologous, analogous and vestigial structures), DNA and molecular evidence for related species
Draw and interpret phylogenetic trees
The Universe
Describe what happens in nuclear fusion reactions generated by stars
Identify the different types of stars and describe the stages of a star’s life cycle
Describe the Big Bang theory and what evidence supports it and theories about how the universe will change in the future
Understand the key terms in cosmology - stars including neutron, main sequence, giant and supergiant and dwarf stars, galaxy, clusters and superclusters, supernova, black holes, the Big Bang theory, Steady State theory, Doppler effect, Background radiation