5th Grade Science Flashcards: Support Claims About Gravity

What this deck covers

This deck focuses on Support Claims About Gravity, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.

How to use these flashcards

Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.

Flashcard 1: What is the main difference between mass and weight in a gravity model?

Answer: Mass stays the same; weight depends on gravity. Mass is constant; weight varies with gravitational field.

Flashcard 2: Which statement supports the claim that gravity is an attractive (pulling) force, not a pushing force?

Answer: Objects move toward Earth when released. Attraction means pulling together, not pushing apart.

Flashcard 3: What is the best claim supported by objects staying on the ground instead of floating away?

Answer: Earth's gravity pulls objects toward Earth. Objects don't float away because Earth's gravity anchors them.

Flashcard 4: Identify the best model for gravity between Earth and the Moon: push away or pull together?

Answer: Pull together. Gravity is always an attractive force, never repulsive.

Flashcard 5: Identify the correct claim: gravity affects only heavy objects or gravity affects all masses?

Answer: Gravity affects all masses. Every object with mass experiences gravitational force.

Flashcard 6: Which statement best supports the claim that gravity helps keep planets in orbit around the Sun?

Answer: The Sun's gravity pulls planets inward as they move forward. Orbital motion balances forward motion with inward pull.

Flashcard 7: What is gravity?

Answer: A force that pulls masses toward each other, strongest near Earth. Gravity is the universal attractive force between all objects with mass.

Flashcard 8: Which option is a correct model of gravity using a stretched fabric and a heavy ball?

Answer: The heavy ball makes a dip that pulls smaller balls inward. The fabric dip simulates how massive objects curve space.

Flashcard 9: Which option is a correct model for why planets stay in orbit: gravity pulls inward or gravity pushes outward?

Answer: Gravity pulls inward. Inward gravitational pull keeps planets in curved paths.

Flashcard 10: What does gravity cause objects near Earth to do when released?

Answer: Fall toward the ground (toward Earth's center). Gravity accelerates objects toward Earth's center when unsupported.

Flashcard 11: Identify the best evidence that gravity can act at a distance without contact between objects.

Answer: Earth pulls the Moon, keeping it in orbit. Orbital motion proves gravity works across empty space.

Flashcard 12: Choose the best model for gravity between two objects: arrows toward each other or arrows away from each other?

Answer: Arrows toward each other. Mutual attraction is gravity's fundamental characteristic.

Flashcard 13: Which option correctly states how weight changes if gravity becomes weaker?

Answer: Weight decreases. Weight is proportional to gravitational strength.

Flashcard 14: Which statement best describes the direction of Earth's gravitational pull near the surface?

Answer: Toward the center of Earth. Gravity pulls radially inward from all surface points.

Flashcard 15: Which observation best supports the claim that Earth has gravity: floating rock, falling apple, or glowing leaf?

Answer: A falling apple. Only the apple demonstrates gravity's downward pull on objects.

Flashcard 16: What is mass, the property that makes an object affected by gravity?

Answer: The amount of matter in an object. Mass determines how strongly gravity affects an object.

Flashcard 17: What is gravity, in simple scientific terms, as used in 5th grade science?

Answer: A force that pulls objects toward each other, especially toward Earth. Gravity is the fundamental force of attraction between masses.

Flashcard 18: Identify the best conclusion from this observation: jumping up always results in landing back on the ground.

Answer: Earth's gravity pulls you back down. What goes up must come down due to Earth's gravity.

Flashcard 19: What observation supports the claim that gravity depends on distance: closer objects pull more or less?

Answer: Closer objects pull more strongly. Gravitational force decreases with increasing separation.

Flashcard 20: What evidence from daily life supports the claim that gravity acts on all objects with mass?

Answer: Both light and heavy objects fall when dropped. Gravity acts on all matter regardless of size or weight.

Flashcard 21: Which statement is correct: gravity gets stronger or weaker as distance increases?

Answer: Gravity gets weaker as distance increases. Gravitational force follows an inverse relationship with distance.

Flashcard 22: Which option best supports the claim that gravity is stronger when objects are closer together?

Answer: An object falls faster near Earth than far away in space. Gravitational force weakens with increasing distance.

Flashcard 23: Identify the best observation that supports the claim that gravity acts on all objects with mass.

Answer: Both a rock and a pencil fall when released. Different objects falling shows gravity affects all matter.

Flashcard 24: Which statement best supports the claim that gravity is a predictable force near Earth's surface?

Answer: Objects consistently fall downward when released. Gravity's consistency makes it scientifically predictable.

Flashcard 25: What does a scale measure that changes because of gravity: mass or weight?

Answer: Weight. Weight is the force of gravity on mass; mass stays constant.

Flashcard 26: Which claim is supported by a ball rolling back down a ramp after being pushed up?

Answer: Gravity pulls objects downward. The ball's return shows gravity overcomes upward motion.

Flashcard 27: What evidence from everyday observations supports the claim that Earth has gravity?

Answer: Dropped objects fall downward toward the ground. This observable pattern demonstrates Earth's gravitational pull.

Flashcard 28: What is the direction of the gravitational pull on a dropped ball on Earth?

Answer: Downward, toward Earth's center. Gravity always pulls objects toward the center of the attracting mass.

Flashcard 29: Which option is the best observation-based reason a feather falls slower than a coin in air?

Answer: Air resistance slows the feather more. Feathers have more surface area relative to weight.

Flashcard 30: What observation best supports the claim that gravity acts even when you cannot see it?

Answer: A tossed ball always comes back down. Gravity acts continuously, even when not directly observed.

Flashcard 31: Which option best supports the claim that gravity is a force: it changes motion or it changes color?

Answer: It changes motion. Forces cause changes in motion, not appearance.

Flashcard 32: Which statement is correct about gravity and mass: more mass or less mass makes stronger gravity?

Answer: More mass makes stronger gravitational pull. Gravitational force increases proportionally with object mass.

Flashcard 33: Identify the correct conclusion from this observation: a book and a paper sheet drop, and the paper lands later.

Answer: Air resistance affects the paper more than the book. Paper's larger surface area creates more air drag.

Flashcard 34: What is weight, and how is it related to gravity?

Answer: Weight is the force of gravity on an object. Weight measures gravitational force, unlike mass.

Flashcard 35: Choose the best claim supported by this model: a magnet pulls a paperclip without touching it.

Answer: Forces can act at a distance, like gravity. Magnetism demonstrates non-contact forces like gravity.

Flashcard 36: Which option is the best evidence that gravity acts at a distance: magnet touch or Moon causes tides?

Answer: The Moon causes tides. Tides prove gravity works across empty space without contact.

Flashcard 37: What is the most accurate claim about falling speed in air for two objects of the same shape?

Answer: They fall at the same rate if air resistance is similar. Without air resistance, all objects fall equally fast.

Flashcard 38: Which option best supports gravity as an attractive force: objects repel or objects attract?

Answer: Objects attract. Gravity only attracts; it never repels objects.

Flashcard 39: Which statement is correct: astronauts on the Moon have no mass or less weight?

Answer: They have less weight. Moon's weaker gravity reduces weight, not mass.

Flashcard 40: What is the best observation-based claim if a tossed ball always comes back down?

Answer: Earth's gravity pulls the ball back down. What goes up must come down due to Earth's gravitational pull.