Tides: Sun, Moon & Earth

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About this activity

How celestial bodies shape Earth's tides

Created by

Abigail Lloyd

United States

Download the paper version to play

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#	Player	Accuracy	time
1	Abigail Lloyd April 20, 2026	% 70	01:26
2	Ane Ortigosa Goicoechea May 6, 2026	% 60	00:31

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Tides: Sun, Moon & EarthOnline version How celestial bodies shape Earth's tides by Abigail Lloyd 1 Tidal bulges form at points on Earth facing toward and away from the Moon. Yes No 2 All locations on Earth experience identical tides regardless of coastline or depth. Yes No 3 Tides reverse direction every hour regardless of the Moon or Sun positions. Yes No 4 Tides are stronger during full moon and new moon phases due to alignment (spring tides). Yes No 5 The Moon's gravity is a primary driver of Earth's tides. Yes No 6 Coastlines, ocean floor, and basin shapes affect the height of tides. Yes No 7 The Sun's gravity also influences tides, though less than the Moon on average. Yes No 8 Tides only appear during a full moon and never during a new moon. Yes No 9 The Moon's gravity affects tides only in the oceans, not in seas or harbors. Yes No 10 The Sun's gravity is the sole cause of tides, making the Moon irrelevant. Yes No

Tides: Sun, Moon & EarthOnline version

How celestial bodies shape Earth's tides

by Abigail Lloyd

Tidal bulges form at points on Earth facing toward and away from the Moon.

Yes

All locations on Earth experience identical tides regardless of coastline or depth.

Yes

Tides reverse direction every hour regardless of the Moon or Sun positions.

Yes

Tides are stronger during full moon and new moon phases due to alignment (spring tides).

Yes

The Moon's gravity is a primary driver of Earth's tides.

Yes

Coastlines, ocean floor, and basin shapes affect the height of tides.

Yes

The Sun's gravity also influences tides, though less than the Moon on average.

Yes

Tides only appear during a full moon and never during a new moon.

Yes

The Moon's gravity affects tides only in the oceans, not in seas or harbors.

Yes

The Sun's gravity is the sole cause of tides, making the Moon irrelevant.

Yes

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

Tides: Sun, Moon & Earth

Yes or No

About this activity

Created by

Download the paper version to play

Top Games

Yes or No

Foot and Ankle Anatomy Quiz

Yes or No

Adjective Checker

Yes or No

Grammys for best song/record

Yes or No

Is it created with Artificial Intelligence? - Complete game

Yes or No

Is it true?

Tides: Sun, Moon & EarthOnline version

by Abigail Lloyd

Tidal bulges form at points on Earth facing toward and away from the Moon.

All locations on Earth experience identical tides regardless of coastline or depth.

Tides reverse direction every hour regardless of the Moon or Sun positions.

Tides are stronger during full moon and new moon phases due to alignment (spring tides).

The Moon's gravity is a primary driver of Earth's tides.

Coastlines, ocean floor, and basin shapes affect the height of tides.

The Sun's gravity also influences tides, though less than the Moon on average.

Tides only appear during a full moon and never during a new moon.

The Moon's gravity affects tides only in the oceans, not in seas or harbors.

The Sun's gravity is the sole cause of tides, making the Moon irrelevant.

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