-11 Pattern: Subtract 1, subtract 2, subtract 3 and so on.
11/6 minus 2/9 is 1 11/18
5
To subtract a number, re write the problem to add the opposite of the number. Example: 5-11 5+(-11) <-Rewrite the problem to add the opposite of the number. 11-5 <-Find the difference of their absolute values. 6 <-Subtract -6 <- -11has the greater absolute value, the answer takes the negative sign. hope this helps.
6 + 2K = 11 subtract 6 from each side - 6 + 6 + 2K = 11 - 6 2K = 5 divide the integers both sides by 2 K = 5/2 check 6 + 2(5/2) = 11 6 + 10/2 = 11 6 + 5 = 11 11 = 11 checks
7 times 6 is 42. If you subtract two, you get 42-2= 40.
-6
-11 Pattern: Subtract 1, subtract 2, subtract 3 and so on.
11/6 minus 2/9 is 1 11/18
5
To subtract a number, re write the problem to add the opposite of the number. Example: 5-11 5+(-11) <-Rewrite the problem to add the opposite of the number. 11-5 <-Find the difference of their absolute values. 6 <-Subtract -6 <- -11has the greater absolute value, the answer takes the negative sign. hope this helps.
If the denominators (bottom numbers) are the same (eg. 11/6 - 7/6) you just subtract the numerators (top numbers) eg. 11-7=4 so 4/6. If the denominators are different you have to find equivalent fractions where the denominators are the same.
6 + 2K = 11 subtract 6 from each side - 6 + 6 + 2K = 11 - 6 2K = 5 divide the integers both sides by 2 K = 5/2 check 6 + 2(5/2) = 11 6 + 10/2 = 11 6 + 5 = 11 11 = 11 checks
First, subtract 1 from 6 turning your next component of the equation to be 5. Then add 5 and 6 to equal 11. Therefore, 6 - 1 + 6 equals 11.
11 + 6x = 2x - 13 Subtract 2x from both sides: 11 + 4x = -13 Subtract 11 from both sides: 4x = -24 Divide both sides by 4: x = -6
9y subtract 11 equals 7
IT looks like the operations is "add 4 subtract 3, add 5 subtract 2, add 6...". So the next step would be to subtract one. That would make the next number 11.