NURSING RESEARCH Essay Example | Topics and Well Written Essays - 250 words

NURSING RESEARCH - Essay Example process is concerned with gathering of scientific data, analysis, and compilation of nursing information (American Association of Colleges of Nursing, n.d. The process takes a theoretical perspective and uses new and existing information to compile alternative or new methods in practice. Implementation of the research process requires resources and time. Nursing process is different in that it is specific and concrete. It deals with offering unique services to individual patients. Another difference is that the main objective of a research process is to gather information and increase the knowledge of existing and emerging ailments. However, nursing process focuses on delivery of care to patients. The measure of success in the nursing process is health outcomes. A nursing process that ensures maintenance or improvement of health of patients is deemed to be efficient. The above discussion proves that both research process and nursing process are essential in nursing. The processes are similar in that they seek to maximize the health benefits of patients. However, the nursing process is more practical and patient-centered. It is thus imperative to ensure that both elements are present in nursing to enhance creativity, new information, and quality health care

LAB 2 Essay Example | Topics and Well Written Essays - 250 words

LAB 2 - Essay Example Specifically, the most common and accepted method of measuring strain is using the electrical resistant strain gage. The strain gage is a gaunt conductor made of a wire or a metallic foil that is in a grid-like pattern. In particular, the grid-like pattern maximizes the amount of strain in the parallel direction. The experiment uses a conductor (carrier) that is of thin strips of metallic film placed on a non-conducting substrate material. The wire is to the specimen and facilitates the transfer of the strain from the specimen to the strain gage. Accordingly, the transfer makes a linear change in the electrical resistance. Precisely, the electrical resistance of a conducting wire fluctuates when the length of the conductor changes in a process called deformation or stretching. Consequently, the basis of the electrical resistance strain gage is the deformation. Under an ideal situation, the strain gage resistance ranges between 30 ÃŽ © to 3 kÃŽ ©. Fundamentally, the resistance changes only a fraction of a percent in a full force range of the gauges. For this reason, a higher resistance change cause s a permanent deformity to the test specimen. Therefore, a successful use of the strain gauge calls for a measure of small changes under high