Symmetrical bilateral transfer is the learning or relearning of skills for an individual. Symmetrical bilateral transfer occurs when an individual has traumatic brain injuries or autism spectrum disorders.
Yes & it is bilateral.
Yes, a frog is bilateral on the external parts. On the inside, however, they are not symmetrical.
those animals which are bilateral symmetrical are triploblastic and triploblasts are more successful and diplobalsts(radial symmetrical) due to their complex body organization
Though their cross section is thick and round it is bilateral symmetrical organism.
Symmetrical. All mammals and, indeed, all vertebrates, have bilateral symmetry.
yes humans are bilateral symmetry
Anenome.
Bilateral (meaning that it is symmetrical only is divided alone onle specific line. Radial symmetry means that the object can be symmetrical when divided along more that one different line.)
It can be. For example a square with an isosceles triangle of top has a bilateral symmetry.
None. Even the most symmetrical face is not totally symmetrical. And since the heart, stomach, liver etc are on one side of the body, the internal organs are certainly not symmetrical.
Annelids exhibit bilateral symmetry, meaning they can be divided into two equal halves along a single plane. This symmetry allows for efficient movement and body organization in these segmented worms.