The quotient of 14 and a number can be represented as 14 รท x, where x is the unknown number. This expression simplifies to 14/x. The quotient is not a fixed value unless the specific value of x is known.
n/6 = 14 n = 6*14 n = 84
7 + n = 14 n = 7
This is an arithmetic sequence which starts at 14, a = 14, and with a common difference of -1, d = -1. We can use the nth term formula an = a + (n - 1)d to get an = 14 + (n - 1)(-1) = 14 - n + 1 = 15 - n.
Call the smaller of the two consecutive integers n. Then, from the problem statement: n(n+2) = 168, or n2 + 2n - 168 = 0, or (n + 14)(n - 12) = 0, which is true when n = -14 or +12. Therefore, the two integers sought are 12 and 14.
If you mean: n-4 = 10 then n =14
If you mean: n-3n = 14-4n then n = 7
If you mean 14 and 6, the answer is that answer to all questions, 42.
The quotient of 14 and a number can be represented as 14 รท x, where x is the unknown number. This expression simplifies to 14/x. The quotient is not a fixed value unless the specific value of x is known.
n/6 = 14 n = 6*14 n = 84
If you mean: (2n-14)(3n+9) = 0 then it is a quadratic equation whose solution is n = -3 or n = 7
7 + n = 14 n = 7
6
The answer is 14 if u mean like a1 b2 c3 d4 .....
13n-12n=14+10 13n-12n=1n 1n=n n=14+10 14+10=24 n=24 so the answer is n=24
Any number that is greater than 14 or less than -14 will have an absolute value greater than 14. Mathematically expressed as if |n| > 14 then n > 14 or n < -14.
14 ! If n=12, then 12-4 is 8, plus 6 is 14