2016年4月6日 · Start with the largest figure. In this case, that is 12. You know that the LCM has to be some multiple of 12, so start considering the multiples of 12 one at a time. 12 ×1 ← 12 …

2016年11月14日 · I'm going to show you 2 methods in which you can get the LCM in this explanation. So let's begin! Method 1: Write down multiples of 4, 9 and 3. 4, 8, 12, 16, 20, 24, …

2016年6月28日 · 36 One way we can use is prime factorisation. We factorise 4, 6 and 9 4= 2^2 6=2*3 9=3^3 Once we have this we use the highest of each prime number. So in this case we …

2017年1月19日 · The least common multiple of 6 and 4 is 12. The least common multiple (LCM) is the lowest (least) postive number that two or more numbers can be divided into without a …

2017年5月1日 · Find the Prime Decomposition (P d) of the two numbers = P d(9) = 32 = P d(12) = 22 ⋅ 3 Find the product of the number with the greatest exponent - for example: 32> 3 = 32 ⋅ …

2018年4月24日 · 18 The LCM, or Lowest Common Multiple, is a number where both 9 and 18 are factors. Notice that 9xx2=18. Also, 18 can be a factor of itself (18xx1=18). And so the LCM is …

2016年4月15日 · LCM is 360. Prime factors of 5 are just 5, of 8 just 2xx2xx2 and of 9 just 3xx3. There is nothing common between them. Hence their LCM is 5xx8xx9=360

72 2 |9, 6, 8| 2 |9, 3, 4| 2 |9, 3, 2| 3 |9, 3, 1| 3 |3, 1, 1| |1, 1, 1| LCM = 2*2*2*3*3 =72

2018年5月7日 · "LCM (2,3,18)=18" Prime factorization can also be used to determine the LCM. Prime factorize each number. 2: 2 3: 3 9: 3xx3 Multiply each factor the greatest number of …

2016年11月16日 · How do you find the LCM of the given set of counting numbers. 7, 4, 3, 6?