True
Well, honey, you're gonna need 20 short isosceles triangles to build that fabulous Icosahedron. Each face of the Icosahedron is made up of an isosceles triangle, and there are 20 faces in total. So, do the math and get building, darling!
No
No, it is not.
Well, honey, angles are like the seasoning of the math world - they're sprinkled everywhere! Jobs like architects, engineers, and construction workers use angles daily to design and build structures. Even fashion designers use angles to create patterns and clothing that actually fit. So, if you're good with angles, you've got options galore, darling!
From ancient times, properties of quadrilaterals have been used especially in art, design and architecture. Diagonal of a rectangle divides it into two congruent triangles and the idea of congruency especially in triangles had been used by Egyptians to build The Great Pyramids of Giza!!!!! The idea of congruency of triangles initially from diagonal of quadrilaterals also helped Leonardo Da Vinci to paint the world famous 'Monalisa'!!!!! So, what other wonders do you want from quadrilaterals????!!!????
No, triangles with the same side lengths are always congruent.
Congruent MEANS of the same measure. What does the question mean?
they all have to be congruent
No. Equilateral triangles have 60o angles. There is no way to build a right-angle triangle with sides of equal length.
make a square base, and 4 triangles of certain lengths so that all spaces are covered and also make sure that the triangles have the same angles in every corner.
For a figure to be a square, it must have four congruent sides and four right angles. For a figure to be a rectangle, it only has to have four right angles.
Find out the number of matchsticks that the learners would need to build 40 triangles
Because - the angles formed where each face joined, would prevent you forming a polyhedron.
Triangles Circles Squares... you know?
You can build a house, different shapes, triangles, etc.
If you only know the length of two sides of the triangle, there are an infinite number of different triangles you can build with them, all with different angles between those two sides.
20