No. I do believe that the side opposite of the shortest (smallest) angle would be the smallest.
Hope this helps.
The smaller the angle, the smaller the side opposite it.
Any triangle has its largest angle opposite the longest side, and the smallest angle opposite the shortest side.
It is a characteristic of any triangle that the longest side is opposite the largest angle and the shortest side is opposite the smallest angle.
In any triangle, the shortest side is opposite the smallest angle, and the longest side is opposite the largest angle. In a right triangle, the right angle has to be the largest angle, so the side opposite the right angle is the longest side. The side opposite the right angle is the hypotenuse.
shortest side
The shortest side of a triangle is opposite to the smallest interior angle.
In a scalene triangle, each side has a different length and each angle has a different measure. The longest side is always opposite the largest angle, while the shortest side is opposite the smallest angle. Therefore, the statement that the longest side is opposite the angle with the smallest measure is incorrect; it should be the opposite.
The angle with the smallest measure is opposite the shortest side. Similarly, the angle with the largest measure is opposite the longest side.
True. In any triangle, the longest side is always opposite the largest angle; the shortest side is always opposite the shortest angle; and the middle length side is always opposite the middle size angle. In an isosceles triangle, there is no middle length side; and the two sides of equal length are opposite the angles of equal size. In an equilateral triangle, all sides are the same length, as are all the angles.
The longest side of a triangle is opposite to its largest angle
The longest side of a triangle is always opposite to its largest angle.
angle with the greatest measure