No because to form a triangle the sum of its two smaller sides must be greater than its longest side
The third side of a triangle must be greater than the absolute difference of the two given sides and less than the sum of the two given sides. In this case, the third side must be greater than |7-9| = 2 and less than 7+9 = 16. Therefore, the possible lengths for the third side of the triangle could be any value greater than 2 and less than 16.
If you mean 9, 7 and 16 then the answer is no because in order to construct a triangle the sum of its 2 smaller sides must be greater than its longest side
A nonagon has 9 sides and a triangle has 3. So there are (5*9)+(1*3) = 48 sides in 5 nonagons and 1 triangle.
No
The third side of a triangle must be greater than the absolute difference of the two given sides and less than the sum of the two given sides. In this case, the third side must be greater than |7-9| = 2 and less than 7+9 = 16. Therefore, the possible lengths for the third side of the triangle could be any value greater than 2 and less than 16.
First, it is necessary to know three sides of what - most likely a triangle but the question does not say so. If a triangle, the difference of two sides is not sufficient to determine the lengths of the three sides.
Yes. It would be an equilateral triangle with three equal sides. It would also be equiangular, with three equal angles, each measuring 60 degrees.
9, 4, and 11 are three dimensionless numbers. Yes, they can represent the lengths of the sides of a triangle. You can take three straight sticks, cut them to lengths of 9, 4, and 11 inches, then lay them down on a table so that the ends hook up and they form a triangle.
No because to form a triangle the sum of its two smaller sides must be greater than its longest side
4+9>5 5+9>4 4+5 is not greater than 9 No, since it doesn't comply with the Triangle Inequality Theorem (the sum of the lengths of any two sides of a triangle is greater than the length of the third side)
No. The sum of the lengths of any two sides of a triangle must be greater that the third. Here 6 + 9 = 15, not > 15.
Yes they can. Where the shortest sides added together are greater than the longest side, a triangle is formed.
No it is not possible because the sum of the lengths of the two sides has to be greater than the length of the third side. 5 + 4 = 9 which is less than 11, so we can't form a triangle with these sides.
A scalene triangle.
Yes It is. Try it. All the sides of a triangle don't have to of equal length. -Cody Dunn Also, as long as the sum of any two sides exceeds the length of the third side, the three sides can build a triangle. This is false!
A triangle can have only three sides. No triangle can have 9 sides!