Julius Wolff's law was important because it was he who suggested that bones in humans as well as animals adapt as per the loads to which they are exposed to.This means that a bone that is exposed to more load will remodel itself in such a way that it can become much stronger to resist the load and vice versa.His dicoveries affected scientific thoughts and had an impact on both science and general population in many ways.The fact that astronauts suffer from bone loss when they stay long in space could be proved by this law.Also,the fact that physically active individual is more prone to develop denser and more mineralized bones at the stressed sites than a normal inactive individual,could be proved by this law.Say,for example,a tennis player tends to develop stronger and denser radius at the hand in which he holds the racket that at the other arm due to the continuous stress that is exerted on the racket hand.Even the knee osteoarthritis could be exaplined based on Wolff's law.
Why was Julius Wolff’s Law so important and how did his discoveries affect scientific thought? What...
What did Paul Ehrlich achieve with his discovery of 606 that was new to the field of microbe hunting? What was the unforeseen aspect of a “magic bullet”? From the time that Leeuwnhoek first saw microbes to the time Ehrlich discovered the cure for a disease caused by a microbe, information was steadily gained. Summarize what the microbe hunters had discovered. How did the microbe hunters use information from former and fellow scientists to help in their individual searches? Although...
I. 2. 3. 4. s. Describe a scientific theory and a scientific law. (Use examples) How do scientists come up with hypotheses? Why is technology important? List at least three important safety rules to follow when conducting science experiments or activities. The lowest energy level of an atom is filled. Its second level contains three additional electrons. What type of atom is it? Explain your answer. Contrast the changes in a crystalline solid as it is heated to those in...
Discussion Topic: What factors affect your nutritional needs? How do scientists use the scientific method to understand nutrition? What are enzymes, and why are they so important to digestion? Describe the relationship between nutrition and health, and include overnutrition, undernutrition, and malnutrition in your discussion.
Discussion Topic: What factors affect your nutritional needs? How do scientists use the scientific method to understand nutrition? What are enzymes, and why are they so important to digestion? Describe the relationship between nutrition and health, and include overnutrition, undernutrition, and malnutrition in your discussion.
Focus now on determinants of health. What are these? Why are they so important? How do they impact health? Review the data we have examined and think about changes we can make in the community that can have an impact on health. The vast majority of determinants of health exist outside the realm of medical care or public health. Identify an initiative designed to positively impact determinants of health. How was it mounted? By whom? Has it been successful? Why...
What is informed consent and why is it so important? In terms of contract law.
What is a RACI chart? Why is it so important for a project manager to construct a RACI chart for his/her stakeholders at the beginning of a project? How would a well-developed RACI chart impact stakeholder relationships?
3. What role does bankruptcy play in the law? Why is it so important?
Why is product costing so important for firms? Explain how poor costing strategies can affect a company.
Why is the force of natural selection thought to be weaker in older age groups? Fewer people are alive, so traits that affect late age groups affect the fitness of only a fraction of the population Older people are more likely to have finished reproducing, so traits that negatively impact them do not have much effect on fitness Because negative effects in old ages may result from traits/behaviors that benefit fitness earlier in life All of the above