12 and two thirds.
In lowest terms, forty-five and one third divided by four and two ninths equal = 204/19 or 1014/19
3 and 19/33
2 and 1/4 minus 2/3 = 19/12 or 1.58333 ... recurring 3
19
To determine the possible lengths of the third side of a triangle with sides of lengths 7 and 12, we can use the triangle inequality theorem, which states that the sum of the lengths of any two sides must be greater than the length of the third side. This gives us two inequalities: the third side must be less than 19 (7 + 12) and greater than 5 (12 - 7). Thus, the possible length of the third side must be greater than 5 and less than 19, meaning it could be any value in the range (5, 19).
1/3(8+19)=9
19 divided by 1/3 is 57.
19 / 21
Yes they could. The only requirement is that if you add any two sides together they are longer than the third. 19 + 13 > 14; 19 + 14 > 13, and 13 + 14 > 19, so those sides can make a triangle.
The third side must be longer than 11 and shorter than 19.
1/3 of 19 is 6 1/3 or 6.33
19/3 x 19/3 = 361/9 = 40 and 1/9