Yes the given segments would form an isosceles triangle
No, segments 1, 8, and 8 cannot form a triangle. In order for three segments to form a triangle, the sum of the lengths of any two sides must be greater than the length of the third side. In this case, 1 + 8 is equal to 9, which is not greater than 8. Therefore, a triangle cannot be formed.
Yes, it would form a tall isosceles triangle. Add the smallest two (1+8=9 in this case). If it is greater than the longest (8 in this case) then they can form a triangle.
Yes.
Yes because the sum of its 2 smaller sides is greater than its longest side.
Yes.
No, they could only form a straight line.
No. The sum of any two sides of a triangle MUST be greater than the third side. 9 + 4 is 13 which is not greater than 15.
Yes, the sum of any two sides is always greater than the third side: 9 + 4 > 11 4 + 11 > 9 11 + 9 > 4
true
A minimum of 1, a maximum of 36.
Yes they do. We find this by applying the pythagorean theorum. Since 9^2 + 12^2 = 15^2, they form a right triangle.
Bermuda is not shaped like a triangle, it is only called that because each point of the triangle if you drew lines inbetween them it would form the shape of a triangle. Bermuda is only one point. written by Matthew age 9
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.
9-1
Yes they can. Where the shortest sides added together are greater than the longest side, a triangle is formed.
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.