Distinguish between the time hypothesis, area hypothesis, andproductivity hypothesis as explanations for the latitudinal gradient inspecies richness.

Q: Mention the main postulates of Werner’s Theory.

A: Introduction: Werner, a well-known physicist, proposed his theory of coordination compounds in 1823,…

Q: List the five conditions necessary to maintain Hardy-Weinberg equilibrium.

A: Hardy-Weinberg principle states that in a population, the allelic frequency of all the gene pool is…

Q: What is the biggest difference between a ping-pong mechanism and either an ordered mechanism or…

A: Introduction: Enzymes are proteins that increase the rate of chemical reaction that occurs in the…

Q: Explain Hardy-Weinberg equilibrium (HWE)?

A: Genetics is the branch of biology, which deals with the study of genes, their pattern of…

Q: Explain, using specific examples, two reasons whySTDs may go undetected.

A: The diseases that are transferred from one person to another by unprotected vaginal, oral or anal…

Q: In an experiment design to test the effects of outboard motor oil on the growth of algae, identify…

A: In an experiment there are two types of variables: independent and dependent. Independent variable…

Q: For which quantitive expression the standard abbreviation 'dB' is used?

A: dB stands for decibel.

Q: Which of the following variables from the concept of Hardy Weinberg Equilibrium would you need to…

A: According to the Hardy-Weinberg principle, if there is no change in the allelic frequency from…

Q: What is the significance of a TATA box during the process of transcription? it is a sequence of DNA…

A: TATA box is also known as Hogness Box. It is found in the core promoter of the DNA. The sequence…

Q: 1. For your summer research project, you decide to repeat Lillian Tuttle's (2017) experiment testing…

A: Introduction- This experimental approach is used to assess and influence the natural and man-made…

Q: From the diagram: 1. Is A responding variable? 2. Is B manipulated variable? 3. Is C controlled…

A: In experiments, scientists controls the variables present in the experiment as without controlling…

Q: UNI NORTHWESTERN UNIVERSITY,INC Laoag City, ilocos Norte PLIPPORES Below is a conceptual Neuman's…

A: Betty Neuman system model- Betty Neuman from 1092 to now, she is a theorist who has developed the…

Q: List and explain the assumptions and uses of the Hardy-Weinberg Principle. Provide examples (and…

A: HWE  The principle state that if forces of evolution is absent then the frequency of genotype of…

Q: Distinguish between associative and non-associativelearning and provide an example of each form of…

A: The learning in psychology is defined as the study of various psychological theories which is based…

Q: Give atleast three examples of Complex Non directional Associative hypothesis?

A: Complex Nondirectional Associative hypothesis:  Hypothesis are of different types like simple,…

Q: What does Hardy weinberg’s principle states? What are the factors which affects Hardyweinberg’s…

A: The Hardy-Weinberg equilibrium or Hardy-Weinberg law is a fundamental law for the population…

Q: What influence does randomized allocation of treatment in an experimental study have on confounding…

A: Randomisation is one of the most important practices done in analytical type of experimental…

Q: Salt Concentration (%) Transmittance (%) 0 77.23 3 79.23 6 80.39 9 82.71 12 85.66 15…

A: In a scientific experiment, a dependent variable is one that is being tested or measured and relies…

Q: Enumerate the assumptions of Hardy- Weinberg principle.

A: Hardy–Weinberg principle or Hardy–Weinberg equilibrium states that allele and genotype frequencies…

Q: Get SNR-dependent graphs of BER and interruption probabilities for each state by doing receiver…

A: Get SNR-dependent graphs of BER and interruption probabilities for each state by doing receiver…

Q: In any experiment, controls are essential in order to determine the specific effect of changing some…

A: Controls are used in the experiment to analyze the obtained results and reach a conclusion on…

Q: State the principle of the Handy Weinberg equilibrium and its assumption

A: Population genetics is basically the subfield of genetics that deals with the genetic difference…

Q: List and describe the five conditions of the Hardy–Weinberg principle.

A: According to the Hardy-Weinberg Principle: Hardy–Weinberg principle, states that allele and genotype…

Q: whats inductive environment and whats selective environment? can you provide an example of each?

A: Environment is the place around a species in which it dwells , reproduces , gets food and takes part…

Q: Which statement about the relationship between specialization and obligacy are true? Some but not…

A: Specialization in ecology refers to the adaptation of a species to perform specific functions or…

Q: What is the Malthusian Theory? Is the Malthusian Theory applicable today or not at all? Please…

A: Introduction A population is a group of individuals of the same species who live in the same region…

Q: Describe Hardy Weinberg principle in 1-2 sentences.

A: G.H Hardy is a British mathematician. He is known for his discoveries in number theory and analysis.…

Q: As result of their evolutionary history, mitochondria possess their own genome.~2 billion years ago…

A: Through the process of oxidative phosphorylation, chemical energy is generated by the mitochondria.…

Q: Differentiate the lock-and-key model from the induced fit hypothesis

A: In biochemistry the enzymes catalyze chemical reactions and the substrate is a molecule upon which…

Q: Contrast the reductionist approach with systems biology. How are the two approaches complementary?…

A: Biology is the scientific study of life it is also called as natural sciences it is the combine…

Q: arguments on the limitations of biological

A: Biological determinism is a theory which suggests that whatever character or traits we possess are…

Population Growth

R and K Selection

R and K selection are concepts in ecology used to describe traits in the fluctuation of a population or population dynamics. For example, they describe the life-association traits between parent and offspring, such as quantity or number of young ones born at a time, quality of parental care, the age to maturity, and reproductive effort.