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NCERT Solutions for Class 3 Maths Chapter 10 Fun at Class Party! (PDF) – 2027

NCERT Solutions for Class 3 Maths Maths Mela Chapter 10 Fun at Class Party! – step-by-step answers to every exercise and in-text question of the chapter, as per the latest NCERT syllabus for 2027. Read them online or download the free question-answer PDF.

This chapter measures things at a class party — the door, a big table, a saree and the children themselves. It begins with hand spans, footsteps and pencils, and ends with the metre, the length that is the same for everybody.

NCERT Solutions for Class 3 Maths Maths Mela Chapter 10 Fun at Class Party! PDF

All the answers are on this page below. The PDF also explains every answer – why it is right and how to check it – so download it for revision.

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NCERT Solutions for Class 3 Maths Maths Mela Chapter 10 Fun at Class Party! – Questions and Answers

All 36 questions of the chapter (textbook pages 128 – 138) are answered below, in the order of the book – in-text questions, activities and the end-of-chapter exercises. Each answer is written the way you would write it in the exam.

Let us Do — Pages 128–129Discuss and explain how you answer these questions based on the picture given above.

Q1What are the various activities shown in the picture?
CLASS 3
The Class 3 children getting the room ready for the party.
Answer

The children are decorating the classroom for a party. They are also measuring things.

  1. Hanging a paper string on the board.
  2. Putting paper flags on the window, the door and a box.
  3. Measuring the door with a pencil.
  4. Measuring the table with hand spans.
  5. Counting footsteps across the floor.
Q2How does Shelly find the height of the door?
CLASS 3
The Class 3 children getting the room ready for the party.
Answer

Shelly uses her pencil as a measure. She puts the pencil against the door again and again, from the bottom to the top, and counts. That many pencils make the height of the door.

Q3Leena and Adi use their hand spans to measure the length of the same table. Will they both get the same measurement?
CLASS 3
The Class 3 children getting the room ready for the party.
Answer

No, they will not. Leena’s hand span and Adi’s hand span are not the same size.

A small hand span fits more times.
A big hand span fits fewer times.
Q4Circle the child with the longest ponytail.
CLASS 3
The Class 3 children getting the room ready for the party.
Answer

Circle Shelly, the girl near the door who is marking the door with her pencil. Her ponytail reaches down to her waist. The other ponytails are much shorter.

Q5Tick ✓ paper strings in the classroom that are as long as the height of the window.
CLASS 3
The Class 3 children getting the room ready for the party.
Answer

Tick 3 strings: the string down the side of the window, the string over the door, and the string on the box near the door.

Each of them has 5 flags of the same size.

Q6Find the distance between the two walls of the classroom. How did you find it? Can there be other ways of measuring it?
Answer

I walked from one wall to the other, heel to toe, and counted my footsteps. My classroom is 24 footsteps wide.

Other ways: a long rope, a metre rope, hand spans, or counting the floor tiles.

Q7Identify all the ways that children are using to measure length in this picture. Which way do you think is better and why?
CLASS 3
The Class 3 children getting the room ready for the party.
Answer

Four ways: hand spans (on the table), footsteps (on the floor), a pencil (on the door) and paper strings (on the board and the window).

Sample answer: The paper string is better. It is the same length for everyone, but hands and feet are different for each child.

Let us Do — Page 129Children of Class 3 are decorating the board with paper strings of different colours.

Q1In the picture above, colour the paper strings as instructed below. (a) Colour the shortest paper string with red. Discuss how you identified the shortest string.
The green board, part of it decorated, with paper strings lying on the floor.
Answer

Colour any one of the three 5-flower strings red.

Three strings have 5 flowers each.
One string has 10 flowers.
5 is less than 10, so a 5-flower string is the shortest.
Q2(b) Colour the longest paper string with green. Discuss how you identified the longest string.
The green board, part of it decorated, with paper strings lying on the floor.
Answer

Colour the string lying at the bottom green.

It has 10 flowers.
Each of the other three has only 5.
10 is more than 5, so it is the longest.

The flowers are the same size and equally spaced, so more flowers means a longer string.

Q3How many more colourful paper strings will be needed to decorate the border of the green board?
The green board, part of it decorated, with paper strings lying on the floor.
Answer

2 more paper strings are needed.

The board has 4 sides.
Top and left are done.
4 − 2 = 2 sides left: bottom and right.

Bottom (long, like the top): the 10-flower string.
Right (short, like the left): a 5-flower string.

Q4How many of [the red paper flower shown here] are needed to decorate the entire border of the board?
One red paper flower from the strings.
The green board, part of it decorated, with paper strings lying on the floor.
Answer

30 flowers are needed.

Top = 10, Bottom = 10
Left = 5, Right = 5
10 + 10 + 5 + 5 = 30

Let us Do — Pages 130–131Longer strings and shorter strings

Q1Cut and paste a wool or cotton thread as long as the line given below.
The blue line printed in the book.
Answer

Lay the thread straight along the line, from one end to the other. Cut it where the line ends, then paste it on the line.

Q2Draw a string longer than the string given below.
The string of stars printed in the book.
Answer

Start your string at the same point on the left. Take it further to the right than the book’s string ends.

Sample answer: The book’s string has 3 stars. My longer string has 5 stars.

Q3Draw a string shorter than the decoration string Shelly and Adi are holding.
ShellyAdi
The string of lights that Shelly and Adi are holding.
Answer

Start your string under Shelly’s hand and stop it well before Adi’s hand.

Sample answer: My string of lights ends halfway to Adi’s hand. It has only 5 bulbs.

Q4Draw the other half of the moustache which matches the half moustache on the face as shown in the picture.
The face with one half of the moustache drawn.
Answer

Draw the missing half on the other side of the nose (the left side of the picture). Start it under the nose, point it outwards in the same way, and make it just as long as the drawn half.

Q5Look at the string lights and help Adi choose the longest one. How did you find out? Discuss.
The two strings of lights, each with a loop in it.
Answer

The upper string is the longest. Adi should choose it.

Upper string: 12 + 4 = 16 bulbs
Lower string: 8 + 4 = 12 bulbs
16 is more than 12.

The bulbs are the same distance apart, so more bulbs means a longer string.

In-text Questions — Pages 131–132Will the big table go through the door?

Q1Shelly and Adi need to move a large table inside the classroom for the party. The table is too heavy for both of them to move. Without lifting the table, how can they figure out if the table can go through the door to the classroom? Help them figure out what they must do.
The big table, and the open door of the classroom.
Answer

Use a thread to carry the table’s length to the door.

  1. Cut a thread as long as the table.
  2. Hold the thread across the doorway.
  3. Do the same for the breadth.

If a thread is shorter than the door’s width, the table can go in that way.

Q2Can there be a way to take the table inside the door if both the length and the breadth are more than the width of the door?
The big table, and the open door of the classroom.
Answer

Yes. Turn the table on its side, or tip it up. Then its height goes across the doorway, and its long side goes up along the tall door. A table is not very tall, so it can pass.

Let us Play — Page 132Making a bridge in the classroom

Q1Make a bridge using boxes or bags, or any other objects available in your class. Place or arrange the boxes so that the bridge does not move. Take some objects from your class and guess if the objects can go through the bridge.
A bridge made of two boxes with a long box laid on top.
Answer

Stand two boxes a little apart and lay a long box or a book across them. Guess first, then push each thing under the bridge to check.

ThingMy guessWhat happened
Pencil boxWill go throughYes, it went through
Water bottleWill go throughYes, it went through
School bagWill not go throughNo, it did not
DusterWill go throughYes, it went through
Q2Can you name some things that cannot pass through your school gate? Discuss.
Answer

An aeroplane, a big ship, a tall crane and a house cannot pass through my school gate.

They are much wider or taller than the gate.

Are these true for all? — Page 133Children are measuring their body parts to make costumes for the drama. Tick ✓ the correct answer.

Q1Your head is 3 handspans round. True/False
Answer

Measure, then tick. For most children the head is about 3 hand spans round, so it is nearly True.

Sample answer: A thread around my head took 3 of my hand spans. So for me it is True.

Q2The length of your forearm is equal to the length of your feet. True/False
Answer

True for most children. The two lengths are almost the same.

Your forearm goes from the elbow to the wrist. Put your foot along it, heel at the elbow. Your toes reach very near the wrist.

Q3Your height is equal to the length of your arms wide open. True/False
Answer

True for most children. The two lengths are almost the same.

Ask a friend to measure your open arms, fingertip to fingertip, with a thread. Hold that thread from your feet to your head. It ends very near the top of your head.

In-text Questions — Page 134Steps for making a Metre long rope

Q1How long is a metre?
metre rodone metre
A metre rod, and a rope with a knot at each end.
Answer

A metre is a fixed length that is the same for everyone. A metre rod is one metre long. Shopkeepers measure cloth with it.

A classroom door is a little more than 2 metres tall.

In-text Questions — Page 135More than one metre, less than one metre

Q1Measure your height by marking one metre on the wall of your class. Write the names of your friends whose heights are more than one metre and whose heights are less than one metre.
Heights more than one metreHeights less than one metre
  
  
  
  
  
Answer

Mark one metre on the wall with the metre rope. Stand each friend against the wall. Head above the line: more than one metre. Head below the line: less than one metre.

Heights more than one metreHeights less than one metre
MeenaAli (my little brother)
RaviNita (my little sister)
Arjun 
Priya 
Q2Circle the tallest among these children:
Three children standing near a wall. One of them stands on a box.
Answer

Circle the girl in the red frock.

The girl in blue stands on a box, so she only looks tallest. Height is measured from the floor, and without the box she is the shortest. The girl in red is a little taller than the boy.

Q3Who is the tallest among them? Discuss.
Three children standing near a wall. One of them stands on a box.
Answer

The girl in the red frock is the tallest.

Girl in red → on the floor, tallest
Boy in orange → on the floor, a little shorter
Girl in blue → on a box, so she only looks tall

In-text Questions — Page 136Half a metre and a quarter metre

Q1Write the names of the objects around you, whose length is one metre, more than one metre, and less than one metre.
Objects of length more than one metreObjects of length less than one metreObjects of length equal to one metre
   
   
   
   
   
Answer

Hold the metre rope along each thing. Longer than the rope: more than one metre. Shorter: less than one metre. Both ends match: equal to one metre.

More than one metreLess than one metreEqual to one metre
Classroom doorPencilA metre rod
BlackboardSchool bagA one-metre rope
Teacher’s tableWater bottleA metre-long stick
Class wallDuster 

Let us Do — Page 137Measuring with the metre, half metre and quarter metre ropes

Q1Find the lengths of different objects by using one metre, half meter, and quarter metre ropes. Write their names and tick ✓ in the appropriate boxes.
ObjectsLess than a quarter metreMore than a quarter metreLess than a half metreMore than a half metreLess than one metreMore than one metre
       
       
       
       
       
Answer

Hold the quarter-metre, half-metre and one-metre ropes along each thing, and tick what you see.

ObjectsLess than a quarter metreMore than a quarter metreLess than a half metreMore than a half metreLess than one metreMore than one metre
Pencil✓✓✓
School bag✓✓✓
Teacher’s table (length)✓✓✓
Classroom door (height)✓✓✓
Blackboard (length)✓✓✓
Q2Draw a line on the floor as the ‘start line’ and then mark another line one metre from the start line. Stand on the start line and jump. Write the names of children who jump more than a quarter of a meter, half of a meter and a meter.
Answer

Draw the start line, and another line one metre away. Mark a quarter metre and a half metre too, with the folded rope. Jump from the start line and see which mark your heels pass.

How far they jumpedNames
More than a quarter metreSara, Nita
More than a half metreMeena, Kabir
More than one metreRavi, Arjun
Q3Take a ball or disc and try to throw it as far as you can. Now, measure how far the throw was.
Answer

Mark where you stand and where the ball first lands. Lay the metre rope again and again between the two marks, and count.

Sample answer: The rope fitted 4 times and a little more. My throw was a little more than 4 metres.

Let us Do — Page 138More work with the metre rope

Q1Measure the height of your teacher or parent using a metre long rope, or a strip.
Answer

Ask your teacher to stand straight against the wall. Lay the metre rope from the floor up and mark its end. Lay it again from the mark up to the head.

Sample answer: My teacher is one metre and a half metre tall, and a little more.

Q2Estimate and cut one-metre long wool or thread. Ask your friends to do the same. Now, verify with the help of the metre rope whose estimate is the closest.
Answer

Each child guesses and cuts a piece of wool that looks one metre long. Lay each piece beside the metre rope, ends together. The piece that ends nearest the second knot is the closest guess.

Sample answer: Sara’s wool matched the rope almost exactly, so her guess was the closest.

Q3Cut a one-metre long rope into 4 equal pieces. How many cuts did you make?
Answer

3 cuts.

1233 cuts make 4 equal pieces
A one-metre rope with the cutting places marked.
Fold the rope in half, then in half again.
Open it: there are 3 fold marks.
Cut at each mark: 3 cuts, 4 pieces.
Q4How many footsteps fit into a metre rope?
Answer

Lay the metre rope straight. Put your feet heel to toe along it, from one knot to the other, and count.

Sample answer: My foot fitted 5 times into the metre rope.

Q5Use a metre rope to find how long is a side of the class wall.
Answer

Start at one corner. Lay the rope along the wall, mark its end with chalk, move the rope up to the mark, and count till the other corner.

Sample answer: The rope fitted 8 times. The wall is about 8 metres long.

Chapter 10 of 14 – Maths Mela

Also for This Chapter

NCERT Solutions Class 3 Maths Maths Mela Chapter 10 Fun at Class Party! – Overview

ClassClass 3
SubjectMaths
BookMaths Mela
Chapter10 – Fun at Class Party!
Textbook pages128 – 138
Questions solved36
Session2027
FormatFull answers on this page + PDF

NCERT Solutions Class 3 Maths Chapter 10 – FAQs

Where can I download NCERT Solutions Class 3 Maths Maths Mela Chapter 10 Fun at Class Party! PDF?

Read every answer on this page, or download the free PDF from the table at the top.

Is this for the 2027 session?

Yes, it follows the latest NCERT Class 3 Maths book for 2027.

How many questions are solved in NCERT Class 3 Maths Chapter 10?

All 36 questions of the chapter (textbook pages 128 – 138) – the in-text questions, activities and the end-of-chapter exercises.

How should I use these solutions?

Read the chapter in the NCERT book first, attempt the questions yourself, then check your answers here.

Official website: ncert.nic.inNational Council of Educational Research and Training publishes date sheets, admit cards and results here
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