yes it does its AWSOME
two sides tht never meet
How to fuse a Bakugan: 1.Get two Bakugans like Stinglash,Preyas,or Limulus 2.Fusing Stinglash: Get two Stinglash.Open the two.Place one Stinglash upside down,tail in.Place the Stinglash in the back of the other and the other one in the front Fusing Preyas: Get two Preyas.Open the two.Place one Preyas upside down.Place the head in the hole.And the other in the body. Fusing Limulus: Get two Limulus.Open the two.Place one Limulus upside down.Place the feet out.Put the tail in. There,You're very own fused Bakugan.
To show it just make ticks marks. Like one tick mark for all of the sides that are congruent to this measurement. Then two tick marks for all of the sides that are the next measurement and congruent.
first you have to go to the park and beat marucho two times after you beat the game
the triangle, unless you can show us a polygon with only two sides
Hey, you CAN change the two heads, Angloe and DIablo have magnets on thie heads, so: If Angelo's on the bottom, Diablo comes out. If Diablo's on the bottom, Angelo comes out. wrong i just tried it and it doesn't work
Because Corresponding Parts of Congruent Triangles, there are five ways to prove that two triangles are congruent. Show that all sides are congruent. (SSS) Show that two sides and their common angle are congruent. (SAS) Show that two angles and their common side are congruent. (ASA) Show that two angles and one of the non common sides are congruent. (AAS) Show that the hypotenuse and one leg of a right triangle are congruent. (HL)
It does not because, by definition, it must have four sides: it cannot have two.
It looks like a triangle that has two sides that are the same length.
it looks like a square but has two short sides (the same size) and two long sides (also the same size)
You can use the theorems like SSS, SSA to show that they are similar. For example if two triangles have the same 3 sides length or two side lengths equal and 1 angle equal they are similar. * * * * * That is congruent, not similar! Similar is a weaker requirement. All that is needed is that two corresponding angles are the same. Equivalently, the three corresponding sides are in the same proportion.
Show that, if you have two triangles, two of the sides and the angle in between are congruent.