Question
In: Anatomy and Physiology
discuss the respiratory system lung volume and capacities
discuss the respiratory system lung volume and capacities
Solutions
Expert Solution
Tidal volume
- Amount of air inhaled or exhaled after normal breath .
- Normal volume = 500 mL.
Inspiratory reserve volume
- Amount air inhaled forcefully after a normal inhalation .
- Normal volume = 3000 mL
Expiratory reserve volume
- Amount of air exhaled forcefully after a forcefull exhalation.
- Normal volume = 1000 mL
Residual volume
- Amount of air remaining in the lungs after a forcefull exhalation.
- Normal volume = 1200 mL
Inspiratory capacity
- Amount of air that can be inhaled after normal exhalation
- IC = IRV + TV
- Normal volume = 3500 mL
Vital capacity
- Amount of maximum air that can be exhaled after a forceful inhalation.
- VC= TV + IRV + ERV
- Normal volume = 3400 -4500 mL
Functional residual capacity
- Volume of air in the lungs after normal exhalation.
- FRC = RV +ERV
- Normal volume = 2200 mL
Total lung capacity
- Volume of air present in the lungs after forceful inhalation
- TLC = TV+IRV+ERV+RV
- Normal volume = 4900 - 6400 mL
Sydney Mullin answered 1 year agoRelated Solutions
discuss the respiratory system lungs volumes and capacities the gas exchange mechanism in the body briefly...
discuss the respiratory system lungs volumes and
capacities the gas exchange mechanism in the body briefly describe
the chronic obstructive pulmonary disease
discuss the respiratory system lungs volumes and capacities the gas exchange mechanism in the body briefly...
discuss the respiratory system lungs volumes and
capacities
the gas exchange mechanism in the body
briefly describe the chronic obstructive pulmonary disease
The patient’s lung volumes/capacities: Expiratory Reserve Volume: 1100 ml Inspiratory Reserve Volume: 1000 ml Inspiratory Capacity:...
The patient’s lung volumes/capacities: Expiratory Reserve
Volume: 1100 ml Inspiratory Reserve Volume: 1000 ml Inspiratory
Capacity: 1400 ml Total Lung Capacity: 4.2 L Solve for: Tidal
Volume, Expiratory Capacity, Vital Capacity, Functional Residual
Capacity, and Residual Volume.
Lung functions: volumes, and capacity measures TV = 300ml IRV =
1900ml IC = 2200ml FRC = 2300ml TLC = 5325ml The total lung
capacity is normal Questions: Does the inspiratory capacity fall
within normal values? What is the expiratory reserve volume of...
1.) Explain the physiological reasons for the decrease in lung volumes and capacities in a spirogram...
1.) Explain the physiological reasons for the decrease in lung
volumes and capacities in a spirogram for an asthmatic patient.
2.) Will the FEV1/FVC percentage be less than normal, equal to
normal, or higher than normal during an acute asthma attack?
78. Which respiratory volume is the inspiratory capacity? Which respiratory volume is the tidal volume?
78. Which respiratory volume is the inspiratory capacity? Which respiratory volume is the tidal volume? 81. Which image illustrates emphysema? Which image illustrates pneumonia?
Predict what will happen to the following lung volumes and capacities during strenuous exercise. Assume that...
Predict what will happen to the following lung volumes and
capacities during strenuous exercise. Assume that you are comparing
from a baseline of normal resting respiration.
WITH EXPLANATION PLEASE
Lung Volume or Capacity
Predicted change from resting baseline : Use Increase, Decrease
or No Change
TLC (total lung capacity)
No change
VC (Vital capacity)
IC (Inspiratory capacity)
FRC (Functional residual capacity
TV (Tidal volume)
IRV (Inspiratory reserve volume)
ERV (Expiratory reserve volume)
RV (Residual volume)
discuss lungs volumes and capacities
discuss lungs volumes and capacities
Discuss how the blood, the cardiovascular system, and the muscular system as well as the respiratory...
Discuss how the blood, the cardiovascular system, and the
muscular system as well as the respiratory system all contribute to
respiration. Finally, discuss how breathed-in pollutants, such as
smoke or asbestos, interfere with the respiration process and may
lead to cancer.
discuss the idea about cardiovascular system and respiratory system disorders, and the association of cardiovascular system...
discuss the idea about cardiovascular
system and respiratory system disorders, and the association of
cardiovascular system and respiratory system with each other.
Discuss the changes in the cardiovascular and respiratory system during and just after a 100 meters...
Discuss the changes in the cardiovascular and respiratory system
during and just after a 100 meters sprint, in the context of
Changes occur compared to resting
Interactions between these systems
What are the local regulatory mechanisms and how those respond
to exercise?
Keep your answer under 1500 characters (spaces not
included).
You can use/draw a diagram or figure in addition to your
answer.
ADVERTISEMENT
ADVERTISEMENT
Latest Questions
- A neurologist needs to counsel a stroke victim and her husband about possible outcomes, treatment options,...
- Case Study: Personal Beliefs in the Workplace Don Shakow was a prominent professional who worked in...
- 1: Competency framework usage is the modern best practice in management. What is meant by competency...
- A 19.34 g mixture of sugar (C12H22O11) and table salt (NaCl) is dissolved in 231 g...
- Young and Company claims that its pressurized diving bell will, on average, maintain its integrity to...
- 1) Alternative compiled code sequence using instructions in classes A, B, C. What is the average...
- An asset is purchased on January 1 for $48,700. It is expected to have a useful...
ADVERTISEMENT