This would be an isosceles triangle.
Yes. It is the measures of the three sides that need to be equal not simply the numbers in different units. So a triangle of with sides of 1 yard, 3 feet and 36 inches would be equilateral even though the 3 numbers are different.
no it can not be eaual but it can be greater than The sum of the lengths of any two sides of a triangle is greater than the length of the third side.
If any of its 2 sides is not greater than its third in length then a triangle can't be formed.
Its third side.
105
Angles are not measured in inches, they are measured in degrees. It appears you may be asking about a RIGHT triangle of which two sides measure 4 inches and 5 inches. In such a case, if the hypotenuse measures 5 inches, the third side would measure 3 inches....a 3,4,5 right triangle.
An isosceles triangle has two sides with equal measures. The third side can be any length.
You need the measures of two sides and for the triangle to be a right triangle to figure out the third side.
If two sides of a triangle are equal in length to the third side, then the triangle is equilateral, and all angles are 60 degrees.
To determine the length of the third side of a triangle with two sides measuring 10 inches and 4 inches, we can apply the triangle inequality theorem. The length of the third side must be greater than the difference of the two sides and less than the sum of the two sides. Therefore, the third side must be greater than 6 inches (10 - 4) and less than 14 inches (10 + 4). Thus, the length of the third side can range from greater than 6 inches to less than 14 inches.
Yes. It is the measures of the three sides that need to be equal not simply the numbers in different units. So a triangle of with sides of 1 yard, 3 feet and 36 inches would be equilateral even though the 3 numbers are different.
Doesn't it depend on what type of triangle it is? And which sides you are measuring? And which side it's laying on?
The sum of the measures of two sides of a triangle is greater than the measure of the third side. (i HOPE IT CAN HELP!) =) --jiandra lee Lopez becina
Assuming that 15 and 12.5 units are measures of the lengths of two sides of the triangle, the third is any value in (2.5, 27.5) units
67.8822 in.
The triangle with one side measuring 4 inches and two sides measuring 6 inches is an isosceles triangle. In this type of triangle, two sides are of equal length, which in this case are the two 6-inch sides, while the third side is different. Additionally, the triangle satisfies the triangle inequality theorem, confirming that it can exist.
Good luck trying to draw this one ! Any two sides of a triangle are greater that the third; 40+40<100, so no triangle.