let us assume number as x so difference of 6 and a number will be |x-6|
It depends what "x" is. ======== An algebraic expression representing the difference (subtraction) between 6 and some unknown number (represented by x).
x + y = 18, x - y = 6 y = 18 - x x - (18 - x) = 6 x - 18 + x = 6 2x - 18 = 6 2x = 24 x = 12 (12) + y = 18 y = 6
1 x 60 difference 59 2 x 30 difference 28 3 x 20 difference 17 4 x 15 difference 11 5 x 12 difference 7 6 x 10 difference 4 Are you sure the question is correct?
28-18=10 or 18-28= -10
let us assume number as x so difference of 6 and a number will be |x-6|
NB 3,9,21,39,63. We note that #1;The difference between 3 & 9 = 6 #2 ;The difference between 9 & 21 = 12 ( 2 x 6) #3 ; The difference between 21 & 39 = 18 ( 3 x 6) #4 ; The difference between 39 & 63 = 24 ( 4 x 6) So it follows #5 ; The difference between 63 & X = ( 5 x 6 = 30 ) So 63 + 30 = 93 The answer !!!!!
It depends what "x" is. ======== An algebraic expression representing the difference (subtraction) between 6 and some unknown number (represented by x).
x + y = 18, x - y = 6 y = 18 - x x - (18 - x) = 6 x - 18 + x = 6 2x - 18 = 6 2x = 24 x = 12 (12) + y = 18 y = 6
19
1 x 60 difference 59 2 x 30 difference 28 3 x 20 difference 17 4 x 15 difference 11 5 x 12 difference 7 6 x 10 difference 4 Are you sure the question is correct?
9X-X/6
Eastern/Standard King Size 76in x 80 (6-6), California King 72in x 84in (6-0)
The difference between each adjacent pair is 2,6,18,54. Each difference is multiplied by '3' Hence 2 x 3 = 6 6 x 3 = 18 18 x 3 = 54 So the next difference would be 54 x 3 = 162 So 84 + 162 = 246 is the next term.
To solve this problem, we first calculate the sum of 24 and 7, which is 31. Then, we find the difference between 18 and 6, which is 12. Finally, we multiply these two results together: 31 x 12 = 372. Therefore, the product of the sum of 24 and 7 multiplied by the difference of 18 and 6 is 372.
0
X = 4(6-y)