RV + VC =

A

EC

B

TLC

C

IC

D

RV

Text Solution

Verified by Experts

The correct Answer is:
B
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From the following relationships between respiratory volumes and capacities, mark the correct option 1) Inspiratory capacity (IC) = Tidal Volume + Residual Volume 2) Vital Capacity (VC) = Tidal Volume (TV) + Inspiratory Reserve Volume (IRV) + Expiratory Reserve Volume (ERV) 3) Residual Volume (RV) = Vital Capacity (VC) - Inspiratory Reserve Volume (IRV) 4) Tidal Volume (TV) = Inspiratory Capacity (IC) - Inspiratory Reserve Volume (IRV)

The volume of a colloidal particle V_c as compared to the volume of a solute particle in a true solution V_s could be

At a particular temperature and pressure for a real gas Van der Waal's equation can be written as: (P + a/(V^(2)m)) (V_(m) -b) =RT where Vm is molar volume of gas. This is cubic equation in the variable Vm and therefore for any single value of P & T there should be 3 values of Vm. Which are shown in graph as Q, M and L. As temperature is made to increase at a certain higher temperature the three values of Vm becomes identical. The temperature, pressure & molar volume at point X are called Tc, Pc & Vc for real gas. The compressibility factor in terms of Pc, Vc and T is called Zc. The expression of Van dcr Waal's constant 'a' can be given as

At a particular temperature and pressure for a real gas Van der Waal's equation can be written as: (P + a/(V^(2)m)) (V_(m) -b) =RT where Vm is molar volume of gas. This is cubic equation in the variable Vm and therefore for any single value of P & T there should be 3 values of Vm. Which are shown in graph as Q, M and L. As temperature is made to increase at a certain higher temperature the three values of Vm becomes identical. The temperature, pressure & molar volume at point X are called Tc, Pc & Vc for real gas. The compressibility factor in terms of Pc, Vc and T is called Zc. The value of critical compressibility factor Zc is approximately

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AAKASH SERIES-BREATHING AND EXCHANGE OF GASES -EXERCISE-I (Mechanism of Breathing)
  1. On an average a healthy human breaths times per hour

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  2. The instrument that helps in clinical assessment of pulmonary function...

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  3. Amount of air expelled from the lungs during the quiet breathing per o...

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  4. Volume of air remaining in the lungs even after a forcible expiration ...

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  5. Volume of air that will remain in the lungs after normal expiration is...

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  6. RV + VC =

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  7. Identify the incorrect match about lung volumes.

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  8. For the occurrence of inspiration intra pulmonary pressure should be

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  9. The volume of thoracic chamber increases in dorso-ventral axis due to ...

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  10. Volume of air either inspired or expired during normal respiration is

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  11. Correct one of the following regarding respiratory capacities is

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  12. Maximum volume of air a person can breathe in after a forced expiratio...

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  13. Expiratory reserve volume of a healthy person is

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  14. During inhalation diaphragm

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  15. A person suffers punctures in his chest cavity in an accident, without...

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  16. Mark the true statement among the following with reference to normal b...

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  17. Mark the correct pair of muscles involved in the normal breathing in h...

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  18. In breathing movements, air volume can be estimated by

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  19. A person breathes in some volume of air by forced inspiration after ha...

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  20. From the following relationships between respiratory volumes and capac...

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