Learning targets

Georgia SPS4.c — Construct arguments based on evidence about the applications, benefits, and problems of nuclear energy as an alternative energy source.
Target 1 · Applications
  • I can describe how nuclear technology is used for electricity, medicine, food, dating, and space.
Target 2 · Benefits
  • I can cite specific evidence for the benefits of nuclear power.
  • I can compare it to other energy sources using data.
Target 3 · Problems
  • I can cite specific evidence for the problems with nuclear power.
  • I can explain the waste, cost, and accident issues accurately.
Target 4 · Constructing an argument
  • I can state a claim, support it with evidence, and explain my reasoning.
  • I can state the strongest argument against my own position and respond to it.

Read this before anything else

A nuclear power station at dusk with steam rising from its cooling towers
Those towers are releasing water vapor. The steam is not the radioactive part — it is the same thing that comes off a kettle.
This standard has no answer key
The other three pages in this unit have right answers. This one does not. SPS4.c does not ask you to be for or against nuclear power. It asks you to construct an argument based on evidence — and you cannot do that honestly if you have only ever seen one side of the data.
So this page is built deliberately balanced. The evidence deck below has the same number of cards supporting nuclear power as opposing it, and you can check that count yourself.
A good argument has three parts.
  • Claim — what you think should happen.
  • Evidence — specific facts and numbers, not feelings.
  • Reasoning — why that evidence actually supports that claim.
A great argument adds a fourth: it names the strongest objection to itself and answers it. That is the part that separates an argument from an opinion.
One honest warning about the numbers on this page. Most of them are solid and widely agreed on. A few are genuinely disputed — the long-term death toll from Chernobyl above all — and where that is the case this page says so and gives you the range instead of pretending there is one clean figure. Being straight about uncertainty is part of using evidence properly, not a weakness in the argument.

The evidence deck

Real data. Filter it however you like — but read both sides before you decide anything.

Case studies

Each one is presented the same way: what happened, what it counts as evidence for, and what it counts as evidence against. Most real cases do both.

Nuclear against the alternatives

No energy source wins every row. That is exactly why this is an argument and not a calculation.

How to read this table without fooling yourself. Pick any single column and you can "prove" a different winner. Deaths and carbon favor nuclear, wind and solar. Cost and build time favor wind, solar and gas. Reliability favors nuclear, coal and gas. Land use favors nuclear and gas. An argument that only cites the column that helps it is not a strong argument — and the person on the other side will have read the other columns.

The Stance Meter

Pick where you actually stand. The page will not tell you that you are wrong — it will hand you the strongest case against your own position and ask you to answer it.

Strongly against nuclear powerStrongly in favor
What your teacher is actually looking for. Not which end of the slider you landed on. Whether you used specific evidence, whether your reasoning genuinely connects that evidence to your claim, and whether you can state the other side's best point fairly before answering it. A well-argued "strongly against" and a well-argued "strongly in favor" earn exactly the same score.

One-minute videos

Nuclear energy (SPS4.c)
Fission & fusion (SPS4.a)
How a reactor actually works is on Fission & Fusion. Why the waste stays dangerous for so long is on Half-Life.

How are you feeling about this today?

Nothing here is graded. Switch levels any time.

Printable worksheets

Student page first, answer key on the next page. Shuffle to pull a fresh set.

Every worksheet prints the data table it needs, so students can complete them without the page open. Level 3 is a debate prep sheet — it forces students to write the other side's best argument before writing their own conclusion, and its key is a scoring rubric rather than a set of answers.

Standard and targets

Georgia SPS4.c — Construct arguments based on evidence about the applications, benefits, and problems of nuclear energy as an alternative energy source.

The standard names all three — applications, benefits and problems — and the verb is construct arguments based on evidence. It does not ask students to arrive at a particular conclusion, so this page does not steer toward one. The evidence deck is built with an equal number of supporting and opposing cards, the count is displayed on the page, and the stance meter responds to every position with the same structure and the same weight of pushback.

  • Target 1: applications beyond electricity — medicine, food, dating, space.
  • Target 2: benefits, with specific evidence.
  • Target 3: problems, with specific evidence.
  • Target 4: claim, evidence, reasoning, and answering the strongest counterargument.

On staying neutral, and where the page does take a position

The page is neutral on the policy question and is not neutral on factual accuracy. Those are different things, and it is worth being explicit with students about the difference.

  • It will not tell a student whether nuclear power is a good idea. Both ends of the stance meter get the same treatment, and the rubric rewards the quality of the argument, not its direction.
  • It will correct a factual error in either direction. "A reactor can explode like a bomb" is corrected. So is "nuclear power is completely safe" and "nuclear waste is no problem."
  • Where the evidence genuinely is contested — Chernobyl's long-term death toll is the clearest case — the page gives the range and names the disagreement rather than picking a number.
  • Plant Vogtle is included precisely because it cuts both ways: the largest clean-power source in the country, delivered roughly seven years late at more than double the estimated cost, paid for partly through Georgia customers' bills. Students can drive past it.

How the levels differ

Level 1 · Coach
Two-choice sorting: benefit, problem, or application. The coach gives the sorting question — is this a reason to build one, a reason not to, or a use that has nothing to do with electricity?
Level 2 · Guided
Four-choice: which evidence supports this claim, fact versus opinion, and reading specific values out of the comparison data. Distractors are real evidence that simply supports a different claim.
Level 3 · Challenge
Name the strongest counterargument, spot evidence being misused, compare two arguments for structure rather than agreement, and identify what evidence would actually resolve a dispute.

Classroom notes

  • Poll the room with the stance meter before the evidence deck, and again after. Some students move and some do not, and both are fine. The discussion worth having is which specific card moved anyone.
  • Assign students the side they disagree with. It is the fastest way to get genuine engagement with evidence, and it makes the Level 3 counterargument work feel necessary rather than academic.
  • Vogtle is the local hook. Burke County, about two and a half hours from here. Ask whether they would want one built in their county, then ask what evidence would change their mind. That second question is the standard.
  • Do the Fukushima numbers carefully. The tsunami killed around eighteen thousand people; radiation is officially linked to one worker's death; and roughly two thousand deaths are attributed to the evacuation itself. Students find that ordering genuinely surprising, and it is a real lesson about how risk gets perceived versus measured.
  • Insist on the counterargument paragraph. Students will resist writing the other side's best point. That paragraph is where SPS4.c actually lives, and it is what the Level 3 printable is built around.
  • Connect back to half-life. "Store it for 10 half-lives" turns plutonium-239 into roughly a quarter of a million years. That number does more persuading than any adjective.
  • Nothing is collected: no names, no codes.