Tidal volume is

  • A
    Volume of air inspired or expired
  • B
    Additional volume of air,a person can inspire by a forcible inspiration
  • C
    Additional volume of air,a person can expire by a forcible expiration
  • D
    Remaining volume of air in the lungs even after a forcible expiration

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Similar Questions

How much amount of air can be inspired or expired during normal breathing (in $; L$)?

If the respiratory rate of $A$ is $35$ breaths/min and tidal volume is $185 \, cc/breath$, and for $B$ it is $25$ breaths/min and tidal volume is $259 \, cc/breath$, then:

Tidal air in mammalian lungs is

The volume of air that is present in the respiratory tract (from nose to the terminal bronchioles) but not involved in gaseous exchange is called . . . . . . .

$A =$ Gas exchange continues non-stop in the lungs even during exhalation.
$R =$ Lungs have residual air.

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