it is luster because lustrous is how shiny it is.
<span>~ thank you for letting me answer your question here on brainly! much love from england xx</span>
Answer:
Inheritance Patterns
Explanation:
Mendel was studying how genes are past on to future generations and in what circumstances this can occur. He used pea plants as they multiply and grow quickly allowing him to observe many generations much faster than he would be able to observing humans or even other mammals. He also used pea plants because this way he could control reproduction of his pea plant population to adjust to specific questions he had in terms of his research.
Answer:
The population has evolved because there was a change in allele frequencies.
Explanation:
The evolution may be defined as the process of the change of the species characteristics with the passage of the time. The natural selection, mutation and the genetic drift might cause the evolution.
The population might have evolved as the allele frequencies has changed from the generation to the generation. Although the variation among the population is quite less but the variation is still enough for the evolution of the elephant seals.
Thus, the correct answer is option (D).
The ependymal cells is the answer. One of the four types of
neuroglia in the center of nervous system is ependymal, this is the reason of
production of cerebrospinal fluid, this cause to serve as a reservoir for
neuroregeneration, also this is made of thin neuroectodermal linange to
ventricular system of the brain and the central canal of the spinal cord, made
up of ependymal cells
Answer:
Disaccharide: Lactose
Monosaccharide: Fructose
Polysaccharide: Cellulose
Explanation:
A disaccharide is a twelve carbon sugar molecule formed from the condensation of two monosaccharide. An example is Lactose formed from the condensation of glucose and galactose
A monosaccharide is a six carbon sugar molecule. An example is Fructose
A polysaccharide is formed from several monomers of monosaccharide. An example is Cellulose formed from hundred to thousand monomers of glucose
