🌍 Earth Science & God's Design
🌎 Earthquakes & Tectonic Activity
🏔️ Mountains & Volcanoes
🌊 Oceans & Oceanography
🪨 Rocks & Minerals
🦴 Fossils & Paleontology
🌱 Weathering, Erosion & Soils
⚛️ Matter, Forces & Energy
🗺️ Maps & Mapping
🧭 Worldview & Science Applications
Solar System & Origins
100

What is our role on God’s earth?

Exercise good and wise dominion over God’s earth.

100

What is the difference between warning and predicting an earthquake?

Warnings happen after a quake starts; predictions are made beforehand.

100

What causes the Himalayas to rise?

Collision of the Indian and Eurasian plates.

100

How is oceanography different from other sciences?

It applies biology, geology, chemistry, and physics to oceans.

100

Why are some minerals precious?

Scarcity, difficulty in obtaining, or high demand.

100

What kind of fossils does mineral replacement produce?

Petrified fossils.

100

How do plants weather rocks?

Acids chemically weather; roots mechanically split rocks.

100

What is dark matter?

Unseen matter thought to account for extra gravity in the universe.

100

How was Snow’s Ghost Map like GIS?

It linked non-geographic data to mapped locations.

100

Why is helping people important to God?

We are made in His image.

100

Name a pattern we observe in our solar system.

Planets orbit the sun in the same direction and mostly in the same plane.

200

How can we tell that God designed the earth to sustain life?

The Bible says the earth was made to be inhabited; every aspect of earth’s design fits living things.

200

What are the main processes associated with earthquakes?

Plate tectonics.

200

What principle do geologists use for topography?

Isostasy.

200

What is the difference between seas and oceans?

Oceans are vast; seas are extensions of oceans, partially enclosed.

200

What is the relationship of current mineral deposits to pre-Flood ones?

They are likely different types and in different locations due to the Flood.

200

What are five things that can happen to dead animals?

Decay, eaten, dry out, freeze, anaerobic burial.

200

What are signs of weathered rock?

Pitting, rounding, discoloration.

200

How are operational definitions models?

They set test criteria that model a concept.

200

Why is a map a model?

It simplifies part of Earth with necessary distortions.

200

Name two earth science ways to help people.

Find freshwater, tsunami warnings, track volcano ash.

200

Name two hypothetical triggers for the collapse of a nebula into our solar system.

A nearby supernova or gravitational instability.

300

What four things do most kinds of life need?

Energy (food), oxygen, water, protection from harmful rays.

300

What is the main source of stress in earth’s crust?

Tectonic plate motions, especially at boundaries.

300

What is the geologic term for mountain building?

Orogeny.

300

Why do we predict local sea levels?

For safety and planning along coasts.

300

What are compound minerals, native minerals, and rocks?

Compound minerals: multiple elements; native minerals: one element; rocks: mixtures of minerals or materials.

300

What indicates rapid fossil burial?

Soft tissue and skin details preserved.

300

How does exfoliation weather rocks?

Removal of overburden or temperature changes cause layers to split.

300

How do particle motion and distance change from solid to gas?

Solid: tight, vibrating; Liquid: mobile, close; Gas: far apart, fast.

300

What is the difference between large scale and small scale maps?

Large scale: small area, detailed; Small scale: large area, less detail.

300

Why do secular and Christian scientists differ?

They have different worldviews.

400

How does the tilt of the earth’s axis improve conditions for life?

It evens out surface heating and increases habitable areas.

400

What type of boundary formed the Himalaya Mountains?

Convergent boundary.

400

Compare mountains and hills.

Both are elevations; mountains are larger than hills.

400

What causes the far side tidal bulge?

Water’s inertia as Earth and Moon revolve.

400

What is the Law of Conservation of Matter?

Earth’s material amount stays constant; matter is neither created nor destroyed.

400

Where are most fossils found?

Sedimentary rocks.

400

What causes landslides?

Loose materials, steep slopes, reduced friction, often after rain.

400

What is vaporization that occurs at any temperature between freezing and boiling?

Evaporation

400

How are grid lines like landmarks?

They help find places but are imaginary.

400

What is the difference between secular and biblical earth history?

Secular: 4+ billion years; Biblical: ~7,000 years.

500

How does water help distribute heat evenly?

Warm water from the Equator moves to cooler parts of the planet.

500

What kind of motion produces measurable earthquakes?

Sudden, jerky motions along faults.

500

Why was there no deaths in the Eyjafjallajökull eruption?

Scientists monitored it and used ash cloud models.

500

What is one advantage and one disadvantage of an ROV?

Advantage: smaller and cheaper; Disadvantage: range limited by tether.

500

What is an igneous rock with large and small crystals called?

Porphyritic texture.

500

How do old-earth scientists explain soft dinosaur tissue?

They claim soft tissues can last much longer than previously believed.

500

What property makes water an effective erosive agent?

Turbulence related to flow speed.

500

Should a lunar astronaut measure mass or weight?

Mass (it stays constant, unlike weight).

500

Which grid lines are vertical and which are horizontal?

Longitude is vertical; Latitude is horizontal.

500

What is the principle of superposition?

Older layers lie beneath younger ones.

600

What principle explains how rock layers form with the oldest on the bottom?

The Principle of Superposition.

600

What tectonic boundary formed the Himalayas?

A convergent boundary between the Indian and Eurasian plates.

600

What determines the width of a beach shore?

Tides, wave energy, and sediment supply.

600

What physical law says the amount of matter on Earth doesn't change?

The Law of Conservation of Matter.

700

Why is a volcano an extrusive rather than intrusive feature?

Because it forms on the Earth’s surface.

700

Is the continental rise part of the continental plate? Explain.

No, it’s the underwater slope of sediment beyond the continental slope.

700

Compare compound minerals, native minerals, and rocks.

Compound minerals are made of multiple elements; native minerals are pure elements; rocks are mixtures of minerals.

800

How does silica content affect lava's viscosity and melting point?

More silica makes lava thicker and raises its melting point.

800

How are the sun, moon, and earth positioned for a neap tide?

At a 90° angle to each other.

800

Why isn’t a lab-made calcium carbonate crystal considered a mineral?

Minerals must form naturally, not in a lab.

900

Why do gases escape from lava as it rises?

Pressure decreases as magma nears the surface.

900

Why do major surface gyres flow clockwise in the Northern Hemisphere?

Due to the Coriolis effect from Earth’s rotation.

1000

What’s the main difference between types of solid volcanic emissions?

Their size — from ash (fine) to bombs (large).