B.
have metabolism
D.have ability to reproduce
The unique features of organisms are typically referred to as their "traits" or "characteristics". These traits encompass a wide range of physical, behavioral, and genetic attributes that distinguish one organism from another.
purposely mating organisms with desired traits
When organisms produce offspring similar to themselves, it is called "asexual reproduction" in the case of single-celled organisms and some plants, where offspring are genetically identical to the parent. In multicellular organisms, this process is often referred to as "sexual reproduction," which combines genetic material from two parents, resulting in offspring that share traits from both. Both processes ensure the continuation of genetic traits within a species.
You can get your traits from older generations and you can also get your traits from non-living organisms, too.
The term used to indicate a relatively new characteristic in an evolutionary sense is "derived trait" or "apomorphy." These traits are distinct from ancestral characteristics and arise as species evolve, helping to differentiate them from their predecessors. Derived traits are often used in the context of phylogenetic analysis to understand evolutionary relationships among organisms.
B. have metabolism D. have ability to reproduce
Characteristics of organisms are called TRAITS
The unique features of organisms are typically referred to as their "traits" or "characteristics". These traits encompass a wide range of physical, behavioral, and genetic attributes that distinguish one organism from another.
Characteristic traits that start with the letter s:sarcasticsavvyscaryselfishserioussharpsheepishshysillysincereskillfulsloppysmartsneakysnobbishsnottysophisticatedspookysqueamishstingystrangestupidsuccessfulsuspicioussupportivesympathetic
purposely mating organisms with desired traits
The correct spelling is "traits" (quality, characteristic).
When organisms produce offspring similar to themselves, it is called "asexual reproduction" in the case of single-celled organisms and some plants, where offspring are genetically identical to the parent. In multicellular organisms, this process is often referred to as "sexual reproduction," which combines genetic material from two parents, resulting in offspring that share traits from both. Both processes ensure the continuation of genetic traits within a species.
traits
Haha lol. That's funny cuz i have the same book in middle school anyways...."All organisms grow during some part of their lives. In a single-celled organism, the cell gets bigger and divides. This makes new organisms. An organism made of many cells gets bigger by making more cells. As these organisms grow, they get new traits. These traits often change how the organism looks. For example, as a tadpole grows into a frog, it develops legs and loses its tail."it is not funny you wished it was it is just for kids or tenagers that need help with there science homework so dont judgethat's what the book said....
Common character traits of organisms include adaptability, resilience, reproduction, growth, and organization. These traits allow organisms to survive and thrive in their environments, ensuring the continuation of their species.
This is called Traits. Traits are characteristics you inherit from your parent.
Traits are controlled by the genes of the parents.