SCNC1112 Fundamentals of Modern Science

How SCNC1112 is assessed

Weights are as published in the 2026-27 Semester 1 course plan and are corroborated by the course overview lecture; the four numeric rows sum to 100. The course plan and the Moodle section heading call the three in-class assessments Course Module Assessments, while the regulations document and the overview lecture call them Continuous Module Assessments; both names refer to the same three sittings, abbreviated CMA. No hurdle or minimum-mark requirement for any individual component is stated in the course plan, the assessment regulations or the assignment policy, so nothing is asserted here either way; confirm on the course Moodle page.

Current SCNC1112 dates

Dates are as published in the 2026-27 Semester 1 course plan. Confirm exact deadlines and submission settings in the live LMS.

What SCNC1112 covers

Thirteen chapters follow the teaching order of the course plan: the unifying principles of Module 0, the reactions of Module 1, the physical evolution of Module 2, the living world of Module 3, and the science communication strand that carries the Communication-Intensive badge.

Module 0 sets out the universal principles of motion, gravity, energy, heat and entropy. Module 1 covers the reactions that matter to the physical and living world, from electronic structure and water to acid-base chemistry and the reduction of oxygen. Module 2 follows the evolution of the physical world from the interior of the Earth to the expansion of the universe.

Module 3 covers the living world from the molecules of life to genomes, cells, evolution and ecosystems. The course states its own mathematical expectation plainly: mathematics is the language of science and quantitative arguments are not avoided, while usage is kept simple, with scientific notation, straightforward algebra and trigonometry.

Students are not expected to run complex computations and are expected to understand what a relation means and to reason from it. Assessment is split four ways. Tutorial participation with homework carries 20 per cent, the group project presentation carries 20 per cent, three in-class course module assessments carry 15 per cent between them, and a two-hour final examination of 45 multiple-choice questions carries 45 per cent.

The course plan flags the first two as the components tied to developing communication competency, and SCNC1112 holds the Communication-Intensive Course badge, which appears on a student's academic attainment profile.

Questions in the module assessments and the final examination are described as covering three areas: knowledge of the fundamental concepts covered in class, connecting material from different parts of the class into a synthesis, and adopting what was learned to novel situations.

Those three describe different tasks rather than three difficulty levels, and each fails for a different reason, which is why this guide organises its practice the same way. This guide follows the teaching order of the course plan across thirteen chapters, with a final chapter on the communication strand that carries 40 per cent of the mark and is the part most often left until the week it is due.

Worked example · free

Planning a semester around three module assessments instead of one examination

Key terms

Course Module Assessment

One of three in-class assessments, each of ten multiple-choice questions taken on the course Moodle page at the end of a module, together worth 15 per cent.

Communication-Intensive Course

A University designation recorded on a student's academic attainment profile, which this course carries through its tutorial, assignment and presentation work.

Unifying Concept

A principle that explains phenomena across several branches of science, such as energy conversion or entropy, and the organising idea of the opening module.

Quantitative Reasoning

Arguing from what a relation implies when a quantity changes, rather than computing a numerical answer, which is the level of mathematics this course expects.

Order of Magnitude

The size of a quantity expressed as a power of ten, used to compare things measured in different units once both are converted.

Spontaneous Process

A change with a natural tendency to occur without being driven by work, carrying no implication about how fast it happens.

Feedback Loop

A circuit in which the output of a process affects its own input, opposing the change in a negative loop and amplifying it in a positive one.

Trophic Level

An organism's position in a food chain, with roughly a tenth of the energy at one level passing into the next.

Falsifiability

The requirement that a scientific claim specify what observation would count against it, which is what separates a theory from an untestable assertion.

SCNC1112 FAQ

Questions students ask in each SCNC1112 chapter

Why does a satellite accelerate if its speed never changes?

Because velocity includes direction and the direction is changing continuously. Any change in velocity counts as an acceleration, and for circular motion that acceleration points at the centre of the orbit. A question that describes constant speed is often testing whether you remember that speed and velocity are different quantities. Chapter 01 · Motion, Force and Gravity as Universal Laws

Does an organism building ordered structures break the second law?

No, because the law constrains isolated systems and no organism is one. Living things take in energy, degrade it and release heat and waste to their surroundings, so the total entropy of the organism together with its environment rises even while the organism becomes more ordered. Naming the boundary of the system is what settles the argument. Chapter 02 · Energy, Heat and the Second Law of Thermodynamics

Why are elements in the same column of the periodic table alike?

Because they have the same number of electrons in their outermost shell, and those electrons are what take part in bonding. Mass and size vary down a column while the outer arrangement repeats, which is why sodium and potassium behave similarly despite their different masses. The table is a map of outer-shell arrangements. Chapter 03 · Atoms, Electrons and Chemical Reactivity

Why does ice float when almost every other solid sinks in its own liquid?

Because the hydrogen bonds in ice hold the molecules in an open arrangement with more empty space than the liquid has, so a given mass takes up more volume. Water is unusual in reaching its greatest density a few degrees above freezing rather than on solidifying, and the consequence is that lakes freeze downwards from the surface. Chapter 04 · Water as a Special Molecule

Why can a reaction be favourable and still never happen?

Because favourability and rate are decided by different quantities. Favourability compares the energy and entropy of products with reactants, while rate depends on how high the barrier is between them. Diamond converting to graphite is the standard illustration: the change is favourable at ordinary conditions and the barrier makes it take geological time. Chapter 05 · Acid-Base Reactions and Oxygen Reduction

How can anyone know what the core is made of without a sample?

By combining independent measurements that would each have to be wrong in the same direction to mislead. Shear waves fail to pass a liquid layer, so the shadow they leave fixes a boundary depth. The planet's mean density is far higher than surface rock, so something dense sits inside. Meteorites from the same early material contain iron and nickel of about the right density. Chapter 06 · Planet Earth: The Geosphere and Deep Time

Why is the greenhouse effect described as natural if it is also a problem?

Because the effect and the change in the effect are different claims. Without it the surface would sit around 33 degrees colder and the oceans would be frozen, so the natural effect is what makes the planet habitable. The concern is about the consequence of adding to the absorbing gases, which shifts where the energy balance settles. Chapter 07 · Atmosphere, Climate and Earth in Space

Why does being in the habitable zone not guarantee liquid water?

Because the zone is defined by the energy a planet receives and several other factors decide what happens to it. Venus sits near the inner edge and is far hotter than the simple calculation suggests, because its dense atmosphere traps outgoing radiation. Mars sits near the outer edge and has too thin an atmosphere to hold heat or to keep surface water stable. Chapter 08 · Planets, Stars and the Expanding Universe

Is a virus alive?

It depends where the definition is drawn, and saying so precisely is a better answer than choosing a side. A virus carries a sequence record and evolves, and it has no energy conversion of its own and no boundary maintaining an internal state, borrowing both from a host. Two of the four requirements are met and two are not. Chapter 09 · The Origin of Life and Its Molecules

If every cell has the same DNA, why are cells so different from each other?

Because having a gene and reading it are different things. Different regulatory proteins are present in different cell types and different regions of chromatin are accessible, so a different set of messenger RNAs and therefore a different set of proteins is made. Almost every question about development or tissue specialisation turns on that distinction. Chapter 10 · DNA, Genomics and the Rules of Inheritance

What is the difference between an agonist and an antagonist?

Binding and activating are separate properties. An agonist binds a receptor and produces the response; an antagonist binds the same site and produces nothing, while preventing the natural signal from acting. Many medicines work by blocking rather than stimulating, which is why describing a drug only as binding tightly says nothing about what it will do. Chapter 11 · Cells, Organ Systems and Feedback Control

Did humans evolve from chimpanzees?

No. Humans and chimpanzees share a common ancestor that lived several million years ago and is long extinct, so neither is descended from the other. The chromosome counts differ because sequence corresponding to one human chromosome is carried as two in the chimpanzee, which is a difference in packaging rather than in content; the genomes remain very similar. Chapter 12 · Evolution, Ecology and the Anthropocene

How much of the mark is earned outside the multiple-choice papers?

Forty per cent, split evenly between tutorial participation with homework and the project presentation. The course plan identifies both as the components related to developing communication competency, so preparation for them is a different activity from revising content and needs its own time in the semester. Chapter 13 · Science Communication and the Group Project

How to study for the exam

Work with the shape of the semester rather than against it. Module 0 finishes early and its vocabulary is reused everywhere, so the energy and entropy chapter repays being read twice.

Each of the three main modules ends with its own in-class assessment, which gives three honest checkpoints instead of one, and the useful move after each is to sort missed questions into the three stated question areas rather than to reread the module.

Vocabulary errors are repaired with definitions and units, synthesis errors with practice that deliberately crosses modules, and transfer errors by restating each principle in a sentence of your own before looking at any example. Keep the tutorial and project work on a separate schedule from revision, since it carries 40 per cent on rolling deadlines set by tutorial group.

In the last week, build the double-sided sheet as an index of constants, conversions and direction words rather than as a summary, and check every relationship you tend to state backwards.

One framing point is worth carrying through the semester: the University uses standard referencing rather than a curve, and the course overview lecture reports that scores above roughly 45 per cent have most likely produced a pass and scores above roughly 70 per cent some form of A. Those are descriptions of past cohorts offered as guidance, not published grade boundaries.