Z5 – I – 2 MO 2018
Tereza received four identical right-angled triangles with sides of lengths 3 cm, 4 cm, and 5 cm. From these triangles (not necessarily all four) she tried to put together new shapes. She gradually managed to put together quadrilaterals with perimeters of 14 cm, 18 cm, 22 cm, and 26 cm, each time in two different ways (i.e. so that no two quadrilaterals were identical).
Draw what quadrilaterals Tereza could have put together.
Draw what quadrilaterals Tereza could have put together.
Final Answer:
Tips for related online calculators
You need to know the following knowledge to solve this word math problem:
planimetrybasic operations and conceptsUnits of physical quantitiesthemes, topicsGrade of the word problem
We encourage you to watch this tutorial video on this math problem: video1
Related math problems and questions:
- Keyboards keys
Michael had small keys on the shelf, which you can see in the picture. Their tones were marked on the white keys. Little Clara found the keys. As she took them off the shelf, they fell out of her hand, and all the white keys spilled out. So that the broth - Quadrilaterals II
In the ABCDEFGHIJKL, the two adjacent sides are perpendicular to each other, and all sides except the AL and GF sides are identical. The AL and GF sides are twice as long as the other sides. The lines BG and EL intersect at point M and divide the dodecago - Egg color combinations
Anna painted eggs for art. She had five colors for her eggs. He wants to put three of them on each. How many different colored eggs could she paint? (It's just the colors, not the shapes on them. ) - Find all
Find all right-angled triangles whose side lengths form an arithmetic sequence. - Triangles - combinations
How many different triangles with sides of whole centimetres have a perimeter of 12 cm? - Sides of right angled triangle
One leg is 1 m shorter than the hypotenuse, and the second leg is 2 m shorter than the hypotenuse. Find the lengths of all sides of the right-angled triangle. - Adding shapes
Five triangles + 1 square = how many sides in all?
