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Just one. Even though its arms may suggest more, its head determines the one line of symmetry.
Yes. It is symetrical along its spine, from the front of its head to the tip of its tail.
the human body only has 1 line of symmetry straight down the middle
An arrowhead is also called a delta. It is a concave quadrilateral with one axis of symmetry.
bilateral
If a animal has a head then its body symmetry is bilateral.
That symmetry you are talking about, is something important. Pitbulls were symmetry 99% of the time. Now we got bullys that lost the symmetry big time. When you look at a real pitbull, the head is simetric with the body lenght. No over head and no short legs.
A sandworm has bilateral symmetry, which means it has one line of symmetry that divides it into two equal halves. This line of symmetry runs from its head to its tail.
the cats head
Cats, like all mammals and all other vertebrates, have bilateral symmetry. This means they have symmetry across one plane (known as the sagittal plane, and directly down the centre of their body), which means one side of their body approximately mirrors the other side. There isn't one.
bilateral symmetry
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There are two main types of animal symmetry: bilateralsymmetry and radial symmetry. Bilateral symmetry is when you cut the object in half, it looks the same on both sides: Humans, cats, dogs, butterflies Radial symmetry is when it has body parts all around coming out of the middle: Sea Urchins, coral, sea anemones There are two main types of animal symmetry: bilateral symmetry and radial symmetry. Bilateral symmetry is when you cut the object in half, it looks the same on both sides: Humans, cats, dogs, butterflies Radial symmetry is when it has body parts all around coming out of the middle: Sea Urchins, coral, sea anemones
so, red cats come from other cats, they die their head.
Amphibians have bilateral symmetry. (from the top-view, imagine a line from the middle of the head to the rear. both sides would be symmetric)
Just one. Even though its arms may suggest more, its head determines the one line of symmetry.