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Animal Jumps
Page 2


Animal Jumps
Factors and Multiples
What is a factor?
A number that divides another number completely 
without leaving a remainder.
Example 1:
Find the factors of 20.
Solution:
The factors of 20 are 1, 2, 4, 5, 10 and 20.
Because the number 20 is exactly divisible by 
these numbers leaving the remainder zero.
What is a multiple?
The product of a number and any other whole 
number.
Example 2:
Find the multiples of 20.
Solution:
The multiples of 20 are 20, 40, 60, 80, 100, 120, &
Because
20 × 1 = 20
20 ×2 = 40,
20 ×3 = 60
20 ×4 = 80
20 ×5 = 100, and so on
Remember: The product of two or more factors gives a multiple.
Page 3


Animal Jumps
Factors and Multiples
What is a factor?
A number that divides another number completely 
without leaving a remainder.
Example 1:
Find the factors of 20.
Solution:
The factors of 20 are 1, 2, 4, 5, 10 and 20.
Because the number 20 is exactly divisible by 
these numbers leaving the remainder zero.
What is a multiple?
The product of a number and any other whole 
number.
Example 2:
Find the multiples of 20.
Solution:
The multiples of 20 are 20, 40, 60, 80, 100, 120, &
Because
20 × 1 = 20
20 ×2 = 40,
20 ×3 = 60
20 ×4 = 80
20 ×5 = 100, and so on
Remember: The product of two or more factors gives a multiple.
Common Factors
When two or more numbers share the same factor, that factor is called a common factor.
Example:
Find common factors of 30 and 42.
Common factors are the numbers that appear in both lists: 1, 2, 3, and 6.
Page 4


Animal Jumps
Factors and Multiples
What is a factor?
A number that divides another number completely 
without leaving a remainder.
Example 1:
Find the factors of 20.
Solution:
The factors of 20 are 1, 2, 4, 5, 10 and 20.
Because the number 20 is exactly divisible by 
these numbers leaving the remainder zero.
What is a multiple?
The product of a number and any other whole 
number.
Example 2:
Find the multiples of 20.
Solution:
The multiples of 20 are 20, 40, 60, 80, 100, 120, &
Because
20 × 1 = 20
20 ×2 = 40,
20 ×3 = 60
20 ×4 = 80
20 ×5 = 100, and so on
Remember: The product of two or more factors gives a multiple.
Common Factors
When two or more numbers share the same factor, that factor is called a common factor.
Example:
Find common factors of 30 and 42.
Common factors are the numbers that appear in both lists: 1, 2, 3, and 6.
How to Identify Factors (Pairs)
A factor pair of a number is two numbers that multiply together to give that number.
E x a m p l e, for 12:
1 × 12 = 12
2 × 6 = 12
3 × 4 = 12
So, the factors are 1, 2, 3, 4, 6, and 12.
Arrays (rows × columns) also show factor pairs. 
Page 5


Animal Jumps
Factors and Multiples
What is a factor?
A number that divides another number completely 
without leaving a remainder.
Example 1:
Find the factors of 20.
Solution:
The factors of 20 are 1, 2, 4, 5, 10 and 20.
Because the number 20 is exactly divisible by 
these numbers leaving the remainder zero.
What is a multiple?
The product of a number and any other whole 
number.
Example 2:
Find the multiples of 20.
Solution:
The multiples of 20 are 20, 40, 60, 80, 100, 120, &
Because
20 × 1 = 20
20 ×2 = 40,
20 ×3 = 60
20 ×4 = 80
20 ×5 = 100, and so on
Remember: The product of two or more factors gives a multiple.
Common Factors
When two or more numbers share the same factor, that factor is called a common factor.
Example:
Find common factors of 30 and 42.
Common factors are the numbers that appear in both lists: 1, 2, 3, and 6.
How to Identify Factors (Pairs)
A factor pair of a number is two numbers that multiply together to give that number.
E x a m p l e, for 12:
1 × 12 = 12
2 × 6 = 12
3 × 4 = 12
So, the factors are 1, 2, 3, 4, 6, and 12.
Arrays (rows × columns) also show factor pairs. 
Factors using Arrays
One way to find the factors of a number is by arranging objects into arrays - rows and columns. Each 
arrangement shows a pair of factors that multiply to make the number.
Here, we see the number 15 can be arranged 
as 3 rows of 5. This tells us 3 × 5 = 15, so 3 and 
5 are factors of 15. 
This can be seen in the following figure:
Similarly, the number 12 can 
be arranged as 3 × 4, 2 × 6, 
and 1 × 12. This tells us its 
factors are 1, 2, 3, 4, 6, and 
12. 
This can be seen in the 
following figure:
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FAQs on PPT: Animal Jumps - Mathematics (Maths Mela) Class 5 - New NCERT

1. What are some examples of animals known for their exceptional jumping abilities?
Ans. Some animals that are renowned for their jumping skills include the kangaroo, which can leap over 3 meters in a single bound, and the frog, particularly the tree frog, which can jump up to 20 times its body length. Other notable jumpers are the grasshopper, which can jump over 20 times its height, and the flea, known for its incredible ability to jump over 350 times its body length.
2. How do animals use jumping as a means of survival?
Ans. Animals utilize jumping for various survival strategies such as escaping predators, hunting prey, or navigating their environments. For instance, rabbits use their powerful hind legs to make quick, agile jumps to evade predators. Similarly, frogs may jump to catch insects or to escape from threats, while kangaroos can cover large distances quickly to find food or avoid danger.
3. What physical adaptations help animals to jump effectively?
Ans. Animals that excel at jumping typically have strong hind legs, lightweight bodies, and specialized muscles that facilitate explosive movements. For example, the kangaroo has long, muscular legs and a flexible spine that allows for powerful leaps. Frogs have elongated hind limbs with strong muscles, enabling them to push off the ground with great force. Additionally, many jumping animals have tendons that store energy, which is released during the jump for added power.
4. How does the structure of an animal's body affect its jumping ability?
Ans. The anatomical structure of an animal significantly influences its jumping ability. Animals with longer legs and lighter bodies tend to jump farther and higher. The muscle-to-weight ratio is also crucial; animals with more muscle mass relative to their size can generate more power. The shape of the limbs and the arrangement of the joints can also affect how effectively an animal can leap. For instance, grasshoppers have a unique joint structure that allows them to use leverage for powerful jumps.
5. Are there any scientific studies that explore the mechanics of animal jumping?
Ans. Yes, numerous scientific studies have examined the mechanics of animal jumping. Researchers analyze the biomechanics of different species to understand how they achieve their jumping feats. Studies often focus on the muscle and tendon properties, limb structure, and energy storage mechanisms that contribute to efficient jumps. These studies provide insights into evolutionary adaptations and can also inspire innovations in robotics and engineering, mimicking the jumping mechanisms found in nature.
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