Explain how the gas laws apply to the act of breathing. Describe the changes that occur in each step of the process in terms of the pressure, volume, temperature, and moles of gas present for each step, identify which variables are constant, and which are changing name the gas law or gas laws that apply to the process create and solve a sample calculation using realistic values of pressure, temperature, amount of gas, and volume. Please HELP!

Question

ggaSr8uSi8ountn ggaSr8uSi8ountn

23-12-2016
Physics

contestada

Explain how the gas laws apply to the act of breathing. Describe the changes that occur in each step of the process in terms of the pressure, volume, temperature, and moles of gas present for each step, identify which variables are constant, and which are changing name the gas law or gas laws that apply to the process create and solve a sample calculation using realistic values of pressure, temperature, amount of gas, and volume. Please HELP!

Respuesta :

Otras preguntas

Smaller cells have a(n) _________ surface area to volume ratio. a. larger b. smaller c. equal d. none of the above

Which of the following describes a structure that both prokaryotic and eukaryotic cells have in common?

During which of the following processes do vesicles sometime fuse with lysosomes

Birds and reptiles conduct _____ fertilization and lay the eggs outside of the body. a. internal b. external

A delivery truck drove 48 miles per hour. It took 4 hours to travel between two towns. What is the distance between the two towns? Use the equation d=rt, where

How do you say My favorite color is pink. in Spanish?

Which of these answers refers to a genotype? Select one: a. ADC b. AbCd c. aa d. ADcc

How did the Great Society programs affect housing in the United States? The rates for luxury housing increased. Discrimination practices in housing rose. The am

. In a famous speech, William Jennings Bryan A. refused to be allied with the so-called "silverists." B. declared his staunch support of the gold standard. C. r

johnkellock johnkellock · Answer 1 · 2016-12-24T16:52:09+01:00

When you in inhale, you move your diaphragm down increasing the volume of the cavity in your ribs (its called pleural cavity). This lowers the pressure inside your lungs. When the pressure in your lungs is less than the atmospheric pressure, air draws inwards. Ideal gas law: PV=nRT -> assume nRT are constant for our purposes. then we allow one system to be equal to the same system at different conditions, thus: P1V1=P2V2 (Boyles Law) assume P1=1 atm and V1=1 L (keeping the numbers simple to avoid confusion). when the V is increased (for example say doubled) V2=2 L, then: (1 atm)*(1 L)=P2*(2 L) -> P2=0.5 atm The pressure was decreased. Apply the same logic for exhalation.