The first number that 12 and 16 go into is 48.
Every multiple of 48 is a multiple of both 16 and 12. There are an infinite number of them. multiples of 16, 16,32,48,64,etc. multiples of 12, 12,24,36,48,60,etc. common multiples of both 12 and 16 are the multiples of 48, 48,96,144,etc
Since 12 and 16 both divide evenly into 48, 48 is the LCM 12 * 4, 16 * 3, 48 * 1 = 48 ■
Suppose 12 is the GM of 16 and x then 12 = sqrt(16*x) squaring both sides: 144 = 16*x so that x = 9
what can go into both 28 12
The first number that 12 and 16 go into is 48.
1, 2 and 4
16 and 13 both go into any multiple of 208 .
Every multiple of 48 is a multiple of both 16 and 12. There are an infinite number of them. multiples of 16, 16,32,48,64,etc. multiples of 12, 12,24,36,48,60,etc. common multiples of both 12 and 16 are the multiples of 48, 48,96,144,etc
2n -12 = 16 add 12 to both sides 2n = 28 divide both sides by 2 n = 14
Not as a whole number because 12/16 = 0.75
16 - x > 12 First add x to both sides: 16 > 12 + x Now subtract 12 from both sides: 4 > x x < 4
Well, honey, 16 can go into 28 a grand total of 1 time with a remainder of 12. It's simple math, darling. Just divide 28 by 16 and you'll see that 16 fits in there snugly once, but there's still a little leftover bit of 12 hanging around.
12. 12 is evenly divisible by both 12 and 4.
12 timesExactly 12 times
Since 12 and 16 both divide evenly into 48, 48 is the LCM 12 * 4, 16 * 3, 48 * 1 = 48 ■
Suppose 12 is the GM of 16 and x then 12 = sqrt(16*x) squaring both sides: 144 = 16*x so that x = 9