Gravity
Force: Gravity
Gravity
Gravity
What you'll learn
- Gravity is the force with which the Earth pulls every object toward itself.
- Gravity is why things fall downward when dropped, not upward or sideways.
- Gravity acts on all objects, whether they are light like a feather or heavy like a stone.
- A falling apple, a dropped pencil, and rain falling down are all examples of gravity acting.
- Gravity is also why we stay on the ground instead of floating away.
Key concepts
Level 1 - Core idea
Verbal: Gravity is the pulling force of the Earth that attracts every object toward its center. This is why dropped objects always fall down, and why we stay firmly on the ground.
Symbolic: Earth pulls object -> object falls downward (gravity)
Visual: Drop a pencil and a small stone from the same height at the same time — both fall straight down to the ground because of gravity.
Level 2 - Going deeper
Notice where you see this idea at home, at school, and in your neighbourhood — connecting the concept to daily life makes it easier to remember and use.
Level 3 - NCERT anchor
NCERT EVS Looking Around 4 — chapters on daily observations like falling leaves, rain, and dropped objects connect to the pull of gravity.
Worked example
You drop a ball from your hand. Which direction does it move, and why?
Step 1 - The ball is released from your hand.
Step 2 - The Earth's gravity pulls the ball toward itself.
Step 3 - The pull acts downward toward the ground.
Answer: The ball falls straight down because of gravity.
A coconut falls from a tree instead of floating in the air. What force causes this?
Step 1 - The coconut separates from the tree.
Step 2 - No force holds it up in the air anymore.
Step 3 - Earth's gravity pulls it downward toward the ground.
Answer: Gravity causes the coconut to fall down.
Common mistakes
| Mistake | Why it happens | Fix |
|---|---|---|
| Only heavy objects are pulled by gravity | Thinking light objects are exceptions | Gravity pulls light and heavy objects alike, though air resistance can slow very light ones like feathers |
| Gravity pushes objects upward | Confusing the direction of the force | Gravity always pulls objects downward, toward the Earth |
| Things float away without gravity holding them | Not connecting gravity to staying grounded | Gravity is exactly what keeps us and objects on the ground |
| Gravity only works outdoors | Limiting gravity to open spaces | Gravity acts everywhere on Earth, indoors and outdoors |
Quick check
- What is gravity?
- Which direction does a dropped object always fall?
- Does gravity act on both light and heavy objects?
- Give one everyday example that shows gravity is acting.
- Stretch: Why does a feather fall more slowly than a stone, even though gravity pulls on both?
Revision tip: Remember: whatever goes up without support must come down, because Earth's gravity pulls it back.
Open the Practice tab for graded questions on Gravity.
Key Takeaways (TL;DR)
- What you'll learn
- Key concepts
- Worked example
- Common mistakes
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