yes, according to heron's formula this remains constant Heron's formula: s= perimeter/2 A = (s(s-a)(s-b)(s-c))0.5
Yes because the definition of a congruent triangle is a triangle with EVERY side the same length
rhombus
True, only if all the sides are the same length.
Angles and side lengths -Juju Apex Checks
False, because they could be similar triangles having the same angles but proportionally different side lengths
Only if they are congruent triangles
No, triangles with the same side lengths are always congruent.
They are congruent.
no: if you have two triangles with the same angle measurements, but one has side lengths of 3in, 4in, and 5in and the other has side lengths of 6in, 8in, and 10in, then they are similar. Congruent triangles have the same angle measures AND side lengths.
The triangles have the same side lengths.
to be congruent two triangles have, ASA-two angles the same with a side length between them. SAS-two side lengths the same and a same angle between them. SSS-all 3 side lengths the same. RHS-if the triangles are right angles ,and the hypotenuse are the same. :)
True
If they have the same angles, but different side lengths.
they both have the same ratios
Yes if they have the same interior angles and have the same side lengths
There is only one triangle with these side lengths. It is an equilateral triangle, where all three sides have the same length.
True of False, any to parallelograms with the same side lengths have the same area?