Physioex 9.1 exercise 9 answers. Physioex 9.1 Exercise 4 Answer Key 2022-10-29

Physioex 9.1 exercise 9 answers Rating: 8,8/10 1860 reviews

Physioex 9.1 is a computer-based simulation program designed to help students learn and understand human physiology. Exercise 9 is focused on the respiratory system and specifically on the mechanics of breathing. In this exercise, students are asked to complete a series of activities and answer questions related to the respiratory system and how it functions.

The first activity in exercise 9 asks students to observe and interpret graphs of respiratory volume and air flow as a person breathes in and out. This helps students understand how the volume of air in the lungs changes during the respiratory cycle and how this is related to the movement of the diaphragm and intercostal muscles.

The second activity focuses on the effects of different respiratory disorders on respiratory volumes and air flow. Students are asked to observe and interpret graphs of respiratory volume and air flow in individuals with asthma, emphysema, and chronic obstructive pulmonary disease (COPD). This helps students understand how these disorders affect the mechanics of breathing and how they can lead to respiratory difficulties.

The third activity in exercise 9 asks students to examine the effects of different respiratory muscles on respiratory volumes and air flow. Students are asked to observe and interpret graphs of respiratory volume and air flow as different respiratory muscles are contracted and relaxed. This helps students understand how these muscles work together to control breathing and how they can be affected by different factors, such as exercise or disease.

The final activity in exercise 9 asks students to analyze the effects of altitude on respiratory volumes and air flow. Students are asked to observe and interpret graphs of respiratory volume and air flow as an individual ascends to high altitudes. This helps students understand how the respiratory system adjusts to changes in atmospheric pressure and how it can be affected by altitude.

Overall, exercise 9 of Physioex 9.1 helps students understand the mechanics of breathing and how different factors can affect the respiratory system. By completing the activities and answering the related questions, students can gain a better understanding of how the respiratory system works and how it can be affected by different disorders and environmental factors.

Physioex 9.1 Exercise 4 Answer Key

physioex 9.1 exercise 9 answers

You correctly answered: b. When you generate the isometric length-tension curve, which of the following forces will not be indicated on your screen? You correctly answered: d. Thus, the muscle will produce more force for a longer time period if the stimulator is briefly turned off than if the stimuli were allowed to continue without interruption. Your answer: it diffuses to the muscle fiber's membrane and binds to receptors in the motor endplate and make electric potential. Simultaneously, the muscle is maximally stimulated by 8. You correctly answered: d. If muscle is lengthened past its resting length, the passive force is increased.

Next

Physioex 9.1 Exercise 10 Answer Key

physioex 9.1 exercise 9 answers

Describe how the shortening distance changed as the load became heavier in this experiment. How well did the results compare with your prediction? What are some proposed causes of skeletal muscle fatigue? Exercise 2: Skeletal Muscle Physiology: Activity 7 With Solutions PEX-03-01 - Physio Ex 9. Essay on PhysioEx 9. Your answer: When stimulating the isolated skeletal muscle multiple times in a short period with complete relaxation between, each force between each stimulus increased slightly in step like form to a max peak. You correctly answered: c. You correctly answered: c.

Next

Physioex Exercise 9 Answer Key

physioex 9.1 exercise 9 answers

Explain why this might occur. Your answer: Frequency-dependent wave summation is dependent on stimulation by the nervous system. . When the stimulus frequency reaches a value beyond which no further increases in force are generated by the muscle, the muscle has reached its You correctly answered: a. You correctly answered: a. Your answer: increasing the stimulus voltage on the skeletal muscle makes the situration that the total force produced by the muscle increases.

Next

PhysioEx 9.1 Exercise 1: Cell Transport Mechanisms and Permeability Flashcards

physioex 9.1 exercise 9 answers

The filtrate flows from the Bowman's capsule into the renal tubule called the proximal convoluted tubule then into the loop of Henle, and finally into the distal convoluted tubule: a. Describe the force of contraction with each subsequent stimulus. How well did the results compare with your prediction? Describe the components in the blood that affect viscosity. See your PhysioEx , Exercise 6B, Histology Atlas. Learn vocabulary, terms, and more with flashcards, games, and other study tools. Thank you very much for reading Physioex Exercise 9 Answers. Which of the following is not one of the ways that the body can increase the force produced by a skeletal muscle? Skeletal muscle fibers are innervated stimulated by You correctly answered: c.

Next

Science/Math Homework Help & Textbook Solutions

physioex 9.1 exercise 9 answers

Which weight did the muscle contraction move the greatest distance? What is the difference between stimulus intensity and stimulus frequency? Turning the stimulator off allows a small measure of muscle recovery. Urea diffused more slowly because it is larger than sodium. Your answer: all of the muscle fibers in the skeletal muscle became depolarized and all makes active force. Skeletal muscles are connected to bones by You correctly answered: b. Experiment Results Predict Question: Predict Question 1: The molecular weight of urea is 60.

Next

Physio Ex Exercise 9 Activity 1

physioex 9.1 exercise 9 answers

Your answer : b. You correctly answered: c. With the lighter weight, the muscle is contracted quicker in both latent and shorteningvelocity speeds 6. The length of the rest period will proportionately increase the length of time for sustained muscle tension. How well did the results compare with your prediction? Your answer: When efferent radius decreased, the pressure and filtration increased.


Next

Physioex 9.1 Answers Exercise 9

physioex 9.1 exercise 9 answers

Passive force in skeletal muscle is largely caused by You correctly answered: c. Your answer : a. Beyond what stimulus frequency is there no further increase in the peak force? The force that results from muscles being stretched is You correctly answered: a. ¿Es de Miami Juan? No, not at all. Model: Juan es de Miami.


Next

Physioex 9.1 Exercise 1 Review Sheet Answers

physioex 9.1 exercise 9 answers

You correctly answered: d. This phenomenon is known as You correctly answered: c. You correctly answered: c. No, not at all. .

Next

Physioex 9.1 Exercise 3 Activity 1 Review Sheet Answers

physioex 9.1 exercise 9 answers

During fatigue You correctly answered: c. You correctly answered: d. Which rat had the fastest basal metabolic rate BMR? Learn vocabulary, terms, and more with flashcards, games, and other study tools. Your answer: My prediction was wrong. Which of the weights induced the longest latent period of the muscle contraction? Your answer: In time that the stimulation frequency was increased to the situation in which muscle relaxation did not occur, the amount of force increased with each stimulus. A twitch is You correctly answered: a.

Next