Physioex 9 0 Exercise 5 Cardiovascular Dynamics Essays and Term Papers

  • Exercise 5 Cardiovascular Dynamics

    EXERCISE 5 Cardiovascular Dynamics O B J E C T I V E S 1. To understand the relationships among blood flow, pressure gradient, and resistance 2. To define resistance and describe the main factors affecting resistance 3. To describe Poiseuille’s equation and how it relates to cardiovascular dynamics...

      5735 Words | 20 Pages   Hematocrit, Heart, Human heart, Arteriole

  • Physioex 9 exercise 1

    water. The water in this simulation diffuses to the side of the membrane that has the highest concentration of the solutes. 4. The conditions were 9 mM albumin in the left beaker and 10 mM glucose in the right beaker with the 200 MWCO membrane in place. Explain the results. How well did the results...

      924 Words | 4 Pages   Osmosis, Facilitated diffusion, Membrane, Potassium

  • Physio Ex Lab Exercise 5 Cardiovascular Dynamics 1-4

    Name: Brenna Wiley Date: 17 June 2012 Title of Lab: Lab Report 2 Physio Ex Lab Exercise 5 Cardiovascular Dynamics Learning Objectives: Activities 1-4 * To understand how blood vessel radius affects blood flow rate. * To understand how vessel radius is changed in the body. * To understand...

      1736 Words | 6 Pages   Hagen–Poiseuille equation, Vasodilation, Vasoconstriction, Blood pressure

  • Physioex 8.0 Exercise 9 Completed

    collected which indicates no fluid flows through the nephron.  3.   What is the glomerular filtration rate? >>The glomerular filtration rate is 0 which means the glomeruli are not carrying out any filtration task.    4.   How does it compare to your baseline data, and why?  >>The glomerular...

      1844 Words | 7 Pages   Collecting duct system, Vasoconstriction, Kidney, Glomerulus

  • PhysioEx exercise 9 act 2

    Exercise 9: Renal System Physiology: Activity 2: The Effect of Pressure on Glomerular Filtration Lab Report Pre-lab Quiz Results You scored 100% by answering 4 out of 4 questions correctly. 1. Which of the following forces promotes filtration? You correctly answered: c. blood pressure in the glomerular...

      653 Words | 3 Pages   Renal corpuscle, Glomerulus, Urinary system, Bowman's capsule

  • Physioex 9 Exercise 6 Notes

    PhysioEX notes Autorhythmicity- heart’s ability to trigger its own contractions Phase O- a lot like depolarization in neuronal action potentials. Sodium channels open, increase of sodium INTO cell. Phase 1- sodium channels close, potassium channels close, decrease in potassium and sodium. Calcium...

      792 Words | 4 Pages   Cardiac cycle, Muscle contraction, Vagus nerve, Stimulus (physiology)

  • Cardiovascular Dynamics

    The way that women were treated back in the days was pretty intense. Women did not have voices and were looked upon as weak human beings that were not to have a voice in the men’s world. Women were low on the pole, just above an animal. Men only wanted women for two things: sex and to take care of...

      652 Words | 2 Pages   Housewife

  • Cardiovascular Dynamics

    Cardiovascular Dynamics Vessel Resistance Key Terms: 1. Blood flow- the amount of blood moving through a body area or the entire cardiovascular system in a given amount of time. 2. Pheriphial resistance- the opposition to blood flow resulting from the friction developed as blood streams through...

      818 Words | 4 Pages   Blood flow, Blood pressure, Cardiac output, Stroke volume

  • Physioex 9

    physioex 9.0 Review Sheet EXERCISE 2 Skeletal Muscle Physiology Chelsea Fonseca Lab Time/Date: 02/27/2015 Activity 1 The Muscle Twitch and the Latent Period 1. Define the terms skeletal muscle fiber, motor unit, skeletal muscle twitch, electrical stimulus, and latent period Skeletal muscle fibers are...

      1922 Words | 5 Pages   Skeletal striated muscle, Muscle fatigue, Sarcomere, Action potential

  • Physioex 8.0 Exercise 1

    Natalie Salaverria 01/21/11 LAB EXERCISE I After the first exercise : Simulating Simple diffusion Which Materials diffused from the left beaker to the right beaker? NaCl , Urea , Glucose Which did not ? Albumin Why ? Albumin’s Composition or charge was too great to diffuse through the...

      1284 Words | 5 Pages   Passive transport, Osmotic concentration, Osmotic pressure, Na+/K+-ATPase

  • Exercise 1 Physioex 9.0

    Exercise 1: Cell Transport Mechanisms and Permeability Worksheet Student Name: Student ID# Student instructions: Follow the step-by-step instructions for this exercise found in your lab manual and record your answers in the spaces below. Submit this completed document by the assignment due...

      1242 Words | 7 Pages   Semipermeable membrane, Active transport, Passive transport, Osmosis

  • Physio Ex Cardiovascular Dynamics

    Questions to Accompany Physio-Ex: Cardiovascular Dynamics 1. Describe the relationship between blood pressure and blood flow. Blood flow is the amount of blood flowing through a vessel, tissue, or organ during a given period of time and Blood pressure is the force exerted on a vessel wall by the...

      251 Words | 1 Pages   Vasodilation, Coronary circulation, Blood vessel, Hemorheology

  • PhysioEx Exercise 1

    Exercise 1: Cell Transport Mechanisms and Permeability: Activity 1: Simulating Dialysis (Simple Diffusion) Lab Report Pre-lab Quiz Results You scored 100% by answering 4 out of 4 questions correctly. 1. The driving force for diffusion is You correctly answered: b. the kinetic energy of the molecules...

      435 Words | 2 Pages   Membrane transport, Dialysis (biochemistry), Molecular diffusion

  • Physioex 8.0 Exercise 6

    needs more simulation 3. Did you see any change in the trace? I did see a change in the trace 4. Why or why not? There is double stimulation 5. Describe the change you see in the trace. How does it differ from the baseline trace? The trace increased from the baseline trace 6. What effect...

      609 Words | 3 Pages   Cardiac cycle, Sympathetic nervous system, Vagus nerve, Muscle contraction

  • Physioex 8 Exercise 7

    in the fluid that line the walls of the alveoli. Activity 5: Effect of Thoracic Cavity Puncture 1. What happened to the left lung when you clicked on the valve button? It deflated. 2. Why? Because the pressure in the left lung was 0 and the right lung changed rapidly, the air moved into the intrapleural...

      1006 Words | 4 Pages   Acid–base homeostasis, Respiratory system, Acidosis, Chronic obstructive pulmonary disease

  • Anatomy and Physiology: Cardiovascular Dynamics

    PHYSIOEX 3.0 EXERCISE 33: CARDIOVASCULAR DYNAMICS Objectives 1. To define the following: blood flow; viscosity; peripheral resistance; systole; diastole; end diastolic volume; end systolic volume; stroke volume; cardiac output. 2. To explore cardiovascular dynamics using an experimental setup to ...

      5627 Words | 24 Pages   Hemorheology, Artery, Cardiac output, Circulatory system

  • Physioex Exercise 7

    not contain muscle and that respirations are therefore caused by external forces. 4. To explore the effect of changing airway resistance on breathing. 5. To study the effect of surfactant on lung function. 6. To examine the factors that cause lung collapse. 7. To understand the effects of hyperventilation...

      5407 Words | 19 Pages   Respiratory system, Pulmonary function testing, Chest, Rib cage

  • Physioex 8.0 Exercise 10

    Exercise 10: Acid/Base Balance Worksheet Assignment Due: Week 1 Student instructions: Follow the step-by-step instructions for this exercise found in your text and record your answers in the spaces below. Submit this completed document by the assignment due date found in the Syllabus. Please...

      1376 Words | 6 Pages   Breathing, Hyperventilation, Alkalosis, Metabolic acidosis

  • Physioex 8.0 Exercise 10

    7.4 3. At 60 seconds, pH = 7.4 4. Did the pH level of the blood change at all during normal breathing? If so, how? No, it stayed at 7.4 5. Was the pH level always within the “normal” range for the human body? Yes 6. Did the PCO2 level change during the course of normal breathing? If...

      1709 Words | 6 Pages   Acidosis, Hypercapnia, Metabolic acidosis, Bicarbonate

  • Physioex Exercise 10

    EXERCISE 10: Acid-Base Balance Student Name: Landy Jean-Baptiste Student ID: 4304736 Student instructions: Follow the step-by-step instructions for this exercise found in your lab manual and record your answers in the spaces below. You are only required to perform Activity 1 & 2 in this simulation...

      524 Words | 2 Pages   Hyperventilation, Acidosis, Panic attack, Carbon dioxide