It's a right angle triangle and its length is 12 units of measurement.
If all three sides are 9 inches in length, then it is an EQUILATERAL Triangle. All the angles are 60 degrees.
No. Because the total length of the two smaller sides (9 and 8) equal the length of the remaining side (17). No angles would be formed, so there would be no triangle. The total length of the two smallest sides has to be greater than the length of the longest side in order to make a triangle.
Yes. It would be an equilateral triangle with three equal sides. It would also be equiangular, with three equal angles, each measuring 60 degrees.
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!
An equilateral triangle has three sides of equal length.
If all three sides are 9 inches in length, then it is an EQUILATERAL Triangle. All the angles are 60 degrees.
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.
No
Ok if the triangle is equilateral then all the sides have to have the same length. Since the perimeter is 45 inches that means each side is 15 inches. 45 / 3 = 15 Now if he dilates the triangle by a scale factor of 0.6 we have to multiply the length of each side by 0.6. 15 * 0.6 = 9 So the answer is 9 inches
The hypotenuse is [ 9 sqrt(2) ] = 12.728(rounded)
Yes if you mean sides of 7, 6 and 9
9
A triangle with sides measuring ; 4 feet , 6 feet and 9 feet is a right triangle. A triangle is a right triangle as long as it has one 90 degree point.
No because the 3 sides of an equilateral triangle must be the same length.
15 in
No. Because the total length of the two smaller sides (9 and 8) equal the length of the remaining side (17). No angles would be formed, so there would be no triangle. The total length of the two smallest sides has to be greater than the length of the longest side in order to make a triangle.