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phenotype
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How are parents and offspring alike anddifrent?
Parents and offspring are alike because they share genetic traits and characteristics. They are different in terms of age, experience, and life stage. Parents typically have a more mature perspective and are responsible for nurturing and guiding their offspring.
What terms best describes the nucleus of a radioactive element?
unstable
What is the terms of describes natural gas as an enegry source?
demons
What terms best describes the grasses in the grassland ecosystem?
Producer
Which terms describes when individuals leave more offspring than other individuals?
Differential reproduction
What are the differences between maternal DNA and paternal DNA in terms of inheritance and genetic traits?
Maternal DNA is inherited from the mother and contains genetic traits passed down from her side of the family. Paternal DNA is inherited from the father and contains genetic traits passed down from his side of the family. These differences in DNA contribute to the unique genetic makeup of an individual, influencing traits such as physical appearance, health conditions, and predispositions to certain diseases.
What Two different traits on different chromosomes have no influence on each other's inheritance?
Traits on different chromosomes, such as eye color and hair texture, are typically inherited independently of each other. This means that the inheritance of eye color does not influence the inheritance of hair texture, and vice versa. Thus, these traits are considered to be unlinked in terms of inheritance.
How are parents and offspring alike anddifrent?
Parents and offspring are alike because they share genetic traits and characteristics. They are different in terms of age, experience, and life stage. Parents typically have a more mature perspective and are responsible for nurturing and guiding their offspring.
What terms describes?
secondary xylem
When does the following terms describes myocardial contraction and relaxation?
When does the following terms describes myocardial contraction and relaxation?Read more: When_does_the_following_terms_describes_myocardial_contraction_and_relaxation
What are the key differences between derived traits and ancestral traits in terms of their impact on the evolution of a species?
Derived traits are characteristics that have evolved more recently in a species, often due to environmental changes or adaptations. These traits can have a significant impact on the evolution of a species by providing advantages for survival and reproduction. Ancestral traits, on the other hand, are characteristics that have been inherited from common ancestors and may not necessarily provide the same advantages in the current environment. While ancestral traits can provide a historical context for understanding a species' evolution, it is often the derived traits that drive the adaptation and diversification of a species over time.
Which terms describes the act of vomiting?
Emesis.
Which of these terms describes the appetite of the sharks?
gluttonous
What terms describes woods?
secondary xylem
What is the difference between homoplasy and homology in terms of evolutionary biology?
Homoplasy refers to similarities between species that are not inherited from a common ancestor, while homology refers to similarities that are inherited from a common ancestor. In evolutionary biology, homoplasy is considered a result of convergent evolution, where similar traits evolve independently in different species, while homology indicates a shared evolutionary history.
What does gross mean in medical terms?
Gross in medical terms means visible with the naked eye.
What portion of DNA which coded a specific hereditary trait?
This is a definition of a gene. Genes are regions of a DNA molecule. An individual DNA molecule can carry thousands of genes. Hereditary traits are features which are inherited eg blood group, eye colour. Each gene (in simple terms) codes for a different inherited characteristic. See: http://www.kidshealth.org/kid/talk/qa/what_is_gene.html http://en.wikipedia.org/wiki/Gene
