Archaebacteria and Eubacteria
Eubacteria are the type of bacteria with which most people are familiar. They live everywhere, including inside humans and other living organisms. Eubacteria have a semi-rigid cell wall that contains peptidoglycan, a tight-knit
Fungi
Most fungal species are multicellular organisms that live on land rather than in water. Yeast and molds are examples of fungi. Like algae, fungi possess cell walls. Unlike algae cell walls, fungal cell walls contain chitin rather than cellulose.
And also plantae and animalia
Answer:
A. All organisms have a common biochemical evolutionary origin.
Explanation:
Genetic code is the biological mechanism by which the DNA in our body is used to synthesize protein needed for growth and development. The genetic code comprises of all the possible 64 codons i.e. a group of three nucleotides that encode an amino acid.
One of the characteristics of the genetic code is that it is UNIVERSAL. This means that all known living organisms make use of the same genetic code and hence, this portrays that all living organisms share a common biochemical evolutionary origin.
Answer:Even in a simple flower, a great variety of diverse forms occur in nature. When flowers are arranged linearly on a stem, each flower can have a stem or they can each be stemless. If they are stemless, the flowers are said to be sessile, and the whole structure, or inflorescence, is called a spike. So yes it has a complex stucture
Explanation:
Answer:
Polygenic is a phenotype that is influenced by more than one gene, Pleiotropy occurs when one gene influences two or more unrelated phenotypic traits.
Explanation:
A polygenic trait is influenced by something, while Pleiotropy influences two or more phenotypic traits...so in simple words, one is influenced by something and the other influences different things
<em>Hey I really hope it helps, I tried my best helping you!</em>
