sponges
Virtually all the animals in the world depend on plants. They either eat plants or eat animals that eat plants.
Only plants can be autotrophic (using light or chemical energy as their energy source). Animals are all heterotrophic.
Where a zoologist lives will depend on how they are studying animals. Those who are studying animals in a laboratory can live almost anywhere. Those who are studying animals in their natural habitat would have to likely live in the wild for a period of time.
If anything, it would be a polymer of monomers of glucose: either cellulose in plants or glycogen in animals.
Not sure either
Symmetry in biology is the balanced distribution of duplicate body parts or shapes. The body plans of most multicellular organisms exhibit some form of symmetry, either radial symmetry or bilateral symmetry or "spherical symmetry". A small minority exhibit no symmetry (are asymmetric).
Symmetrical. All mammals and, indeed, all vertebrates, have bilateral symmetry.
Um, it's the exact matching of parts on either side of a straight line, so it's exactly the same either side. I think It's sometimes called line symmetry, mirror symmetry or bilateral symmetry!
An iscoceles triangle that is either obtuse or acute
Radial SymmetryRadial symmetry is rotational symmetry around a fixed point known as the center. Radial symmetry can be classified as either cyclic or dihedral.Cyclic symmetries are represented with the notation Cn, where n is the number of rotations. Each rotation will have an angle of 360/n. For example, an object having C3 symmetry would have three rotations of 120 degrees.Dihedral symmetries differ from cyclic ones in that they have reflection symmetries in addition to rotational symmetry. Dihedral symmetries are represented with the notation Dn where n represents the number of rotations, as well as the number of reflection mirrors present. Each rotation angle will be equal to 360/n degrees and the angle between each mirror will be 180/n degrees. An object with D4 symmetry would have four rotations, each of 90 degrees, and four reflection mirrors, with each angle between them being 45 degrees.Bilateral SymmetryBilateral symmetry is symmetry across a line of reflection. Are people symmetric? We think we are, but upon closer analysis, we are less symmetric than we think. The more simple the creature (ants --> elephants), the more likeley it is that it will be perfectly symmetric.We took two professors, cut and pasted half of their head in Photoshop, and flipped that half horizontally. We then aligned the two halves so that it came closest ro resembling a human head. You be the judge on how good of a job we did and how symmetric people around us are in general ...Asymmetrical SymmetryAsymmetry is the absence of, or a violation of, symmetry.
Crabs have bilateral symmetry, which means you could place an imaginary mirror down the midline and observe a structural parity on either side. This characteristic is present in all arthropods.
Primitive life forms tend to be asymmetrical with no body plan, while advanced forms have either radial or bilateral symmetry, which are both detailed body plans. Primitive animals also have a sac-like body plan with no specialized organs for digestion, while advanced animals have a tube within a tube body plan that contains specialized digestive organs for more efficient digestion. Primitive animals have very basic, unsegmented bodies with no appendages, while advanced animals have segmented bodies that allow for specialized limbs and body parts.
Yes it does. As long as it has a symmetry without rotation. If you do the rotation either way it does have symmetry. :)
the distance from a point on either ray of the angle that is equidistance from the axis of symmetry is the line of symmetry. the line of symmetry dives the angle in half.
Hemothorax refers to an accumulation of blood in the chest cavity. Bilateral hemothorax would indicate that blood was found on either side of the sternum.
A parallelogram need have no lines of symmetry.
Not necessarily. A rhombus is an equilateral quadrilateral but does not have a line of symmetry. An irregular octagon does not, either.