How many questions are in this quiz?

This quiz has 125 questions on ice, clouds, albedo, and related climate feedback concepts.

What format are the questions in?

Each question has 4 answer options and there is no timer, so you can take your time.

Is the difficulty suitable for beginners?

Yes. The difficulty is mixed, combining basic definitions with more applied feedback and energy-balance reasoning.

Can I choose how many questions to answer?

Yes. You can select your preferred question count before starting to fit a quick review or a longer study session.

What’s a common mistake this quiz targets?

A frequent pitfall is assuming all clouds cool the Earth; the quiz highlights how cloud type and altitude can warm or cool.

Online Quiz: Climate feedbacks: ice...

About this quiz

What you’ll learn in this quiz

Climate feedbacks can amplify or dampen warming, and this quiz focuses on three big players: ice, clouds, and albedo. You’ll practice tracing cause-and-effect chains (temperature → reflectivity → energy balance) and spotting whether a process is a positive or negative feedback.

Each question uses 4 options and there’s no timer, so you can slow down and reason through radiative balance, seasonal effects, and regional differences.

Skills you’ll practice

You’ll get comfortable with key terms like albedo, shortwave vs longwave radiation, and feedback strength. Expect scenarios that ask you to compare surfaces (snow, sea ice, ocean, land) and explain how cloud type and altitude can shift the sign of the feedback.

Common pitfalls to avoid

Many learners mix up “forcing” with “feedback,” or assume all clouds cool the planet. Another common mistake is treating albedo as constant, ignoring how melt ponds, soot on snow, or changing sea-ice extent can rapidly alter reflectivity.

Difficulty and question settings

Difficulty is mixed on purpose: some items check core definitions, while others require multi-step reasoning about competing effects. Before you start, choose your question count and difficulty to match your goal—shorter sets for quick review, longer sets for deeper practice.

Quick tips for better scores

Decide first: is the process amplifying (positive) or stabilizing (negative) temperature change?
Separate shortwave reflection (albedo) from longwave trapping (greenhouse effect), especially for clouds.
Watch for location and season cues—polar vs tropical feedbacks can behave very differently.
Don’t assume “more clouds = cooling”; consider cloud height, thickness, and surface below.
When stuck, follow the energy path: incoming sunlight → reflection/absorption → emitted infrared.