Well if you dont specify the exact value of n, then its (n + 6)
Let the numbers be 'm' & 'n' Hence mn = 8 m + n = -6 m = 8/n Substitute 8/n + n = -6 Multiply through by 'n' 8 + n^(2) = -6n n^(2) + 6n + 8 = 0 Factor (n + 4 )(n + 2) = 0 Hence n = -4 & n = -2
N/6 -3 = 10 N/6 = 13 ( add 3 to each side)N = 78 (Multiply each side by 6)
The sum of 8 and 6 is 14. Therefore, if you add this to ( n ), the total would be ( n + 14 ).
N - 6 < -4 Add 6 to each side of the inequality :N < 2 .
n + 7 = 4*6 n + 7 = 24 n = 24 - 7 = 17.
for the equation: n - 6 = 2, add 6 to both sides of the equationn - 6 + 6 = 2 + 6 --> n = 8
Let the numbers be 'm' & 'n' Hence mn = 8 m + n = -6 m = 8/n Substitute 8/n + n = -6 Multiply through by 'n' 8 + n^(2) = -6n n^(2) + 6n + 8 = 0 Factor (n + 4 )(n + 2) = 0 Hence n = -4 & n = -2
N/6 -3 = 10 N/6 = 13 ( add 3 to each side)N = 78 (Multiply each side by 6)
The sum of 8 and 6 is 14. Therefore, if you add this to ( n ), the total would be ( n + 14 ).
N - 6 < -4 Add 6 to each side of the inequality :N < 2 .
n + 7 = 4*6 n + 7 = 24 n = 24 - 7 = 17.
Call the number n. From the problem statement, (n/6) + 25 = n. Multiplying both sides by 6 yields n + 150 = 6n, or 150 = 5 n or n = 30.
To solve for ( n ) in the equation ( 12n - 6 = 0 ), first add 6 to both sides, giving you ( 12n = 6 ). Then, divide both sides by 12, resulting in ( n = \frac{6}{12} ), which simplifies to ( n = \frac{1}{2} ).
In mathematical terms the problem is :- 3n + 6 = 20 + n 3n - n = 20 - 6 2n = 14 n = 7
The internal angles of an n-sided shape add to (n-2)*180 degrees. So, for an 8-sided shape, they would add to 6*180 = 1080 degrees.
6+N3 is the sum of N*3 then you add six. 6*N3 is you multiply 6 times three times N times three.
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