The smallest number is 60 (LCM) and the second smallest is 120 (LCM * 2, as it is the smallest real number after 1).
B
To find a square number, you have to times a number, for example 4 only once. So the square number will be 16 because you timed 4x4.
It is proven that between two irrational numbers there's an irrational number. There's no method, you just know you can find the number.
First, find the prime factors of 12,15,20:12=2*2*315=3*520=2*2*5Now, compute the LCM by multiplying the factors (count duplicates once):LCM=2*2*3*5=60Only the multiples of the LCM will be divisible by 12, 15, and 20:60,120,180,240,300,360,420,480,540...{420,480}
Dimension is = the number of variables used in the equation
To find the second smallest number that has 12345 as factors, we need to consider the prime factorization of 12345, which is 3 x 5 x 823. The smallest number with 12345 as a factor is 12345 itself. The second smallest number would be obtained by multiplying 12345 by the next smallest prime number after 3 and 5, which is 7. Therefore, the second smallest number with 12345 as factors is 12345 x 7 = 86415.
48
That number is 60.
60
36
165
It is: 44
Prime numbers, raised to a power, have one more factor than their exponents. The smallest prime number is 2. 210 has eleven factors. 210 = 1024
1010
Prime numbers, raised to a power, have one more factor than their exponents. The smallest prime number is 2. 210 has eleven factors. 210 = 1024
stupid
You can use the MIN function. If your range was A1 to A15, then your formula would be: =MIN(A1:A15) You can also use the SMALL function, although it is more for when you want to find a position like the second smallest or third smallest. To use it to find the smallest you would type: =SMALL(A1:A15,1) The 1 tells it to find the smallest. 2 would mean the second smallest and so on. To find the smallest it is better and simpler to use MIN.