LCM of 48, 64 and 97

18624 is the LCM of 48, 64 and 97. The step-by-step solution using prime factors and special division methods is one of the simple methods to easily understand how to find what is the LCM of 48, 64 and 97, provided along with the use cases of mathematics and real-world problems.

what is the lcm of 48, 64 and 97?
lcm (48 64 97) = (?)
48 => 2 x 2 x 2 x 2 x 3
64 => 2 x 2 x 2 x 2 x 2 x 2
97 => 97

= 2 x 2 x 2 x 2 x 3 x 2 x 2 x 97
= 18624
lcm (48, 64 and 97) = 18624
The LCM of 48, 64 and 97 is 18624

where,
48 is a positive integer,
64 is a positive integer,
18624 is the LCM of 48, 64 and 97,
{2, 2, 2, 2} in {2 x 2 x 2 x 2 x 3, 2 x 2 x 2 x 2 x 2 x 2, 97} are the most repeated factors of 48, 64 and 97,
{3, 2, 2, 97} in {2 x 2 x 2 x 2 x 3, 2 x 2 x 2 x 2 x 2 x 2, 97} are the the other remaining factors of 48, 64 and 97.

Use in Mathematics: LCM of 48, 64 and 97
The below are some of the mathematical applications where lcm of 48, 64 and 97 can be used:

to find the least number which is exactly divisible by 48, 64 and 97.
to find the common denominators for the fractions having 48, 64 and 97 as denominators in the unlike fractions addition or subtraction.

Use in Real-world Problems: 48, 64 and 97 lcm
In the context of lcm real world problems, the lcm of 48, 64 and 97 helps to find the exact time when three similar and recurring with different time schedule happens together at the same time. For example, the real world problems involve lcm in situations to find at what time all the bells A, B and C toll together, if bell A tolls at 48 seconds, B tolls at 64 seconds and C tolls at 97 seconds repeatedly. The answer is that all bells A, B and C toll together at 18624 seconds for the first time, at 37248 seconds for the second time, at 55872 seconds for the third time and so on.

Important Notes: 48, 64 and 97 lcm
The below are the important notes to be remembered while solving the lcm of 48, 64 and 97:

The repeated and non-repeated prime factors of 48, 64 and 97 should be multiplied to find the least common multiple of 48, 64 and 97, when solving lcm by using prime factors method.
The results of lcm of 48, 64 and 97 is identical even if we change the order of given numbers in the lcm calculation, it means the order of given numbers in the lcm calculation doesn't affect the results.

For values other than 48, 64 and 97, use this below LCM calculator:

The below solved example with step by step work shows how to find what is the lcm of 48, 64 and 97 by using either prime factors method and special division method.

Solved example using prime factors method:
What is LCM of 48, 64 and 97?

step 1 Address the input parameters, values and observe what to be found:
Input parameters and values:
A = 48
B = 64
C = 97

What to be found:
Find lcm of 48, 64 and 97

step 2 Find the prime factors of 48, 64 and 97:
Prime factors of 48 = 2 x 2 x 2 x 2 x 3
Prime factors of 64 = 2 x 2 x 2 x 2 x 2 x 2
Prime factors of 97 = 97

step 3 Identify the repeated and non-repeated prime factors of 48, 64 and 97:
{2, 2, 2, 2} are the most repeated factors and {3, 2, 2, 97} are the non-repeated factors of 48, 64 and 97.

step 4 Find the product of repeated and non-repeated prime factors of 48, 64 and 97:
= 2 x 2 x 2 x 2 x 3 x 2 x 2 x 97
= 18624
LCM(48, 64 and 97) = 18624

Hence,
The Least Common Multiple of 48, 64 and 97 is 18624

Solved example using special division method:
This special division method is one of the easiest ways to understand the entire calculation to find the LCM of 48, 64 and 97.

step 1 Address the input parameters, values and observe what to be found:
Input parameters and values:
Integers: 48, 64 and 97

What to be found:
lcm (48, 64, 97) = ?

step 2 Arrange the given integers in the horizontal form with space or comma separated format:
48, 64 and 97

step 3 Choose the divisor which divides each or most of the given integers (48, 64 and 97), divide each integers separately and write down the quotient in the next line right under the respective integers. Bring down the integer to the next line if any integer in 48, 64 and 97 is not divisible by the selected divisor; repeat the same process until all the integers are brought to 1 as like below:

2	48	64	97
2	24	32	97
2	12	16	97
2	6	8	97
2	3	4	97
2	3	2	97
3	3	1	97
97	1	1	97
	1	1	1

step 4 Multiply the divisors to find the lcm of 48, 64 and 97:
= 2 x 2 x 2 x 2 x 2 x 2 x 3 x 97
= 18624
LCM(48, 64, 97) = 18624

The LCM of three numbers 48, 64 and 97 is 18624

LCM of 48, 64 and 97

How-to: What is LCM of 48, 64 and 97?