Body composition: The ___ of a person body _____ compared with the total of body ___.

Please answer the following questions. Write as much as you think is necessary to answer each question, but dont forget that someone has to read what you write, so be as concise and clear as possible. You do not need to reference the text or the material in the course units (except images and quotations), but if you use any outside sources, please provide in-text citations. Use any referencing style you are comfortable with.Describe and explain some of the factors that control soil development in general and explain why podsols are the most common soils in many parts of southern Canada. (10 points)Explain what sedimentary rocks can tell us about past environments, focussing on the characteristics of sedimentary grains, the types of sedimentary structures present, and the presence and types of fossils.(15 points)Discuss the role of plate boundary environments and plate tectonic processes in regional metamorphism, and explain why isostasy is important to regional metamorphism. (10 points)4. Describe the likely conditions that result in the formation of dolomite. (2 points) Explain Action Potentials process.Topic need to be included:Resting PotentialPolarizationThreshold PotentialDepolarizationOver-shoot pointRepolarizationHyperpolarization 19. Describe how you remember to solve the basic trigonometric ratios in a right angle triangle. (2 marks) Reminder: Patient W has recently gained a lot of weight in the face, chest and abdomen, contrasting with slender arms and legs. Patient W also has recently developed high blood pressure, bruise marks, muscle weakness, and mood swings. You suspect excess cortisol secretion, and sure enough, a blood test shows that patient W has very high cortisol levels. You suspect that the patient might have a tumor producing excess hormone. Question: If Patient W's tumor is in the anterior pituitary, which of the following hormone patterns would you expect to see compared to a normal healthy individual? Choose the correct answer OB. CRH high, ACTH low, cortisol high O A. CRH high, ACTH high, cortisol high OC. CRH low, ACTH high, cortisol high OD. CRH low, ACTH low, cortisol high Please answer all questions thoroughly16. Anatomically within the kidney, where does renin come from? Name three stimuli that act upon renin-producing cells to cause the release of renin. Q4) Consider the equilibrium distribution f(x. p) = co exp(-p/2mkaT). (a) Find co if the particle density is no in three dimensions. (b) Calculate the entropy of this state in a volume V using the d A cylindrical rod of copper is received at a factory with no amount of cold work. This copper, originally 10 mm in diameter, is to be cold worked by drawing. The circular cross section will be maintained during deformation. After cold work, a yield strength in excess of 200 MPa and a ductility of at least 10 %EL (ductility) are desired. Furthermore, the final diameter must be 8 mm. Explain how this may be accomplished. Provide detailed procedures and calculations. Which of following process increase the entropy of the system? dissolution deposition crystallization freezing When considering executive function in the context of the Wisconsin Card Sorting Test, a person who fails to understand the rules have changed after 10 successful trials (lack of flexible thinking) may have damage to:a.Ventrolateral prefrontal cortexb.Dorsolateral prefrontal cortexc.Orbitofrontal cortexd.Anterior cingulated cortex QUESTION 6 12 points Save Answer A compressor used to deliver 2. 10 kg/min of high pressure air requires 8.204 kW to operate. At the compressor inlet, the air is at 100 kPa and 26.85C. The air exits the compressor at 607 kPa and 256.85C. Heat transfer to the surroundings occurs where the outer surface (boundary) temperature is at 348.5C. Determine the rate of entropy production (kW/K) within the compressor if the air is modeled as an ideal gas with variable specific heats. Note: Give your answer to six decimal places. What kind of unethical issues might rise due to humanparticipation in COVID-19 treatment approaches? Explain at least 3of them in details. An insulated, rigid tank whose volume is 0.5 m is connected by a valve to a large vesset holding steam at 40 bar, 400C. The tank is initially evacuated. The valve is opened only as long as required to fill the tank with steam to a pressure of 30 bar Determine the final temperature of the steams in the tank, in C, and the final mass of the steam in the tank, in kg a blast produces a peak overpressure of 47,000 n/m2 . a. what fraction of structures will be damaged by exposure to this overpressure? b. what fraction of people exposed will die as a result of lung hemorrhage? 39. Organic acids are often considered "static" agents because a mechanism of action is to deplete ATP. ATP depletion happens because A. Ribosomes are blocked B. RNA synthesis is inhibited C. Protein synthesis is inhibited D. ATP is used to pump protons out of the cell E. The cell needs ATP to chemically alter the toxin 40. In a low nutrient barrel ageing wine, Brett can get the trace amounts of carbon that it needs from B. diammonium phosphate C. photosynthesis A. wood sugar D. nitrogen fixation E. CO2 The greenhouse effect is bad. Without the greenhouse affect lifeon Earth would be better off because it would mean no climatechangetrueorfalse The scores for the 100 SAT tests have a sample mean of 500 and a standard deviation of 15 and it is appearing to be normally distributed. Find the percentages for the scores 485 and 500. 1. Organism is a regular, non-sporing Gram-positive rod 2. Cell morphology - short rods, often short chains and filaments 3. Diameter of rods (um) - 0.4-0.5 Genus: 4. B-hemolysis negative 5. Acid production from mannitol - positive 6. Acid production from soluble starch - positive 7. Reduction of nitrate - positive Genus/species: Which factors contributed to the formation of the Islands? [ME]I. Decompression melting of asthenosphereII. Eruption of basaltic magmaIII. Fraction Crystallization and AssimilationIV. Converging Plate Boundary(2) Describe how the triangulation method is used to find the epicenter of an earthquake. Function and Evolution of Membrane-Enclosed Organelles The endomembrane system consists of the Endoplasmic Reticulum (ER), the Golgi apparatus, Lysosomes, Peroxisomes and Endosomes. The ER membrane is continuous with the nuclear envelope and the ER lumen directly communicates with the space between the outer and inner nuclear envelope membranes. . Additionally, for each of the components of the endo membrane system listed above the luminal facing lipid monolayer (See Ch 11, pages 367-368; Fig. 11-17] is different in composition from the cytosolic facing layer and the contents of the organelle (the lumen) is treated by the cell as something extracellular." a) How are these observations explained by the endomembrane origin story (the theory of how endomembrane compartments evolved through cl toplasmic membrane invaginations) depicted in Figure 15-3, page 491, b) The theory specifically refers to the formation of the nuclear envelope but it is thought that the Golgi complex arose in a similar fashion What might that have looked like? Draw a sketch (or series of sketches) depicting a possible scenario. If the attack rate for a given organism (disease) is 25% and the case fatality rate is 3%, this suggests thatGroup of answer choicesa. this organism has high infectivity and low virulenceb. this organism has low infectivity and high virulence