Humans share about 95% genetic similarity with mice.
http://www.bookrags.com/research/model-organisms-gen-03/
Slime molds do not resemble plants, animals, or fungi.
This structural adaptation is called mimicry. Mimicry allows an organism to closely resemble a harmful species in order to gain protection from predators that avoid the harmful species. By mimicking the warning signals or appearance of a harmful species, the mimicking organism can deter predators and increase its chances of survival.
The composition of Our Gas Giants may resemble that of Our Sun, yet they have not the Power Of Ignition! The rocky composition of the inner planets bears no resemblance at all. Stars are mostly Hydrogen. the core of stars is under so much pressure that the Hydrogen undergoes fusion into Heliun and a few heavier elements. Planets are too small for this to happen.
This is known as mimicry, a form of adaptation that allows an organism to resemble another organism or object for protection from predators or to enhance hunting success. Mimicry can be either Batesian, where a harmless organism mimics a harmful one, or Mullerian, where two harmful species evolve to look alike.
They are massive, hard and tough in nature. They may resemble each other in terms of color and texture.
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Slime molds do not resemble plants, animals, or fungi.
This structural adaptation is called mimicry. Mimicry allows an organism to closely resemble a harmful species in order to gain protection from predators that avoid the harmful species. By mimicking the warning signals or appearance of a harmful species, the mimicking organism can deter predators and increase its chances of survival.
Not necessarily. The offspring being alike and resembling the organism being tested is an indication of the parent being homozygous for the traits being tested, but it is not a definitive proof. Further tests or observations would be needed to confirm the parent's genotype.
Fluorine chemical properties would more closely resemble those of chlorine. Both fluorine and chlorine are halogens and share similar chemical reactivity due to their shared group in the periodic table. Oxygen, on the other hand, belongs to a different group and has distinct chemical properties compared to halogens like fluorine and chlorine.
The composition of Our Gas Giants may resemble that of Our Sun, yet they have not the Power Of Ignition! The rocky composition of the inner planets bears no resemblance at all. Stars are mostly Hydrogen. the core of stars is under so much pressure that the Hydrogen undergoes fusion into Heliun and a few heavier elements. Planets are too small for this to happen.
They are massive, hard and tough in nature. They may resemble each other in terms of color and texture.
This is known as mimicry, a form of adaptation that allows an organism to resemble another organism or object for protection from predators or to enhance hunting success. Mimicry can be either Batesian, where a harmless organism mimics a harmful one, or Mullerian, where two harmful species evolve to look alike.
Devil's copper is another name for the mineral bornite, which is a sulfide mineral with the chemical formula Cu5FeS4. It is called devil's copper due to its brassy coloration and metallic luster, which can resemble copper ore but has a different composition. Bornite is commonly found in copper deposits along with other sulfide minerals.
Fluorine's properties would more closely resemble those of chlorine than those of oxygen. This is because both F and Cl are in the same group (group 7, the halogens) and each has 7 valence electrons. Oxygen is in group 6, and has only 6 valence electrons.
Yes, pyrite is a naturally occurring mineral. It is commonly known as "fool's gold" due to its metallic luster and pale brass-yellow hue, which can resemble gold. Pyrite is found in a variety of geological environments, often in sedimentary, metamorphic, and igneous rocks, and forms in a range of conditions. Its chemical composition is iron sulfide (FeS₂).
asexual reproduction or a single-celled organism