Advertisements
Advertisements
Question
Vital capacity is ______.
Options
TV + IRV
TV + ERV
RV + ERV
TV + TRV + ERV
Advertisements
Solution
Vital capacity is TV + TRV + ERV.
RELATED QUESTIONS
Differentiate between cyclic and non-cyclic photophosphorylation.
What is 'photophosphorylation'?
Describe non-cyclic photophosphorylation with schematic representation. Give its significance.
Why does an athlete breathe faster and deeper than usual after finishing the race?
How is the process of respiration different from breathing?
Choose the correct alternative.
_______ muscles contract when the external intercostal muscles contract.
Distinguish between open circulation and closed circulation.
In human respiration, chemical energy is released in the form of ______.
Distinguish between inspiration and expiration.
Define Hamburger’s phenomenon. Add a note on it.
Explain why you are not able to breathe normally when you are in closed and crowded places?
Intercostal muscles are found between the ______.
During inspiration, the diaphragm ______.
Resistance in the airways is typically low. Why? Give two reasons.
Identify the CORRECT statement.
Which of the following is formed in RBCs when CO2 combines with H2O in presence of carbonic anhydrase?
____________ in mammals do not help in respiration.
Blood contains C02 in the form of ____________.
In Hamburger’s phenomenon, ______.
Listed below are four respiratory capacities (1 - 4) and four jumbled respiratory volumes of a normal human adult
| Respiratory Capacities | Respiratory Volumes |
| 1. Residual volume | 2500 mL |
| 2. Vital capacity | 5500 mL |
| 3. Inspiratory sore volume | 1200 mL |
| 4. Total Lung capacity | 4500 mL |
Which one of the following is the correct matching of two capacities and volumes?
