Purchase Solution

imaginary molecule of CO2

Not what you're looking for?

Ask Custom Question

Trace an imaginary molecule of CO2 from the tissues to the lung, including all membranes, vessels, and passageways.

Trace an imaginary molecule of O2 from the nose, including all membranes, vessels, and passageways to the tissues.

Purchase this Solution
Solution Summary

Imaginary molecules of CO2 in the lungs are explicated.

Solution Preview

This will describe air entering and co2 coming back:

Air enters through the nose, the molecule flows down the nasopharynx, through the oropharynx, through the laryngopharynx . Next it passes through the trachea to the Bronchus where it divides and passes to smaller bronchi oles, from here it goes to alveoli. Pulmonary capillaries take O2 from alveoli, into RBC then ...

Purchase this Solution
Free BrainMass Quizzes
Managed Care Organizations

This quiz will test the basics of managed care organizations. It is important to know how our health care delivery system operates through managed care.

First Aid

Do you know how to provide first aid?

Fibromyalgia

This quiz provides a brief overview of Fibromyalgia. Research is currently evolving regarding this diagnosis.

Test your health planning and program evaluation knowledge

Health planning and program evaluation is an important aspect of the Health Sciences' field. Organizations and communities must understand the needs of their audiences, and a way to obtain this datum is through proper design and assessment. This quiz will test your ability to understand the importance of planning and evaluation in the health sector.

Labor and Delivery

Do you know about the stages of delivery? Find out with this quiz!

View More Free Quizzes
Related BrainMass Solutions

  • Lewis structure and structural formula

    H2O: Polar CO2: Polar but dipole of two bonds cancel each other, so the molecule is non polar. SO2: Polar. 8.

  • How Surface tension differs in CO2, NH3 and CH4 and why?

    302230 Surface tension differs in CO2, NH3 and CH4 and why Which of these have the most surface tension CO2 CH4 NH3 thanks!

  • Cellular origin of CO2

    45393 Cellular origin of CO2 Please explain the cellular origin of CO2 and need for O2 during human respiration.

  • Cyclic Alkyne reaction with KMnO4 and O3

    Ozonolysis of terminal alkynes, however, yields carboxylic acid and formic acid but not CO2. So, here are possible products from your second molecule. This solution includes a discussion and drawings of the molecule structures. 200 words.

  • Increase in Entropy

    In addition, if we balance it, we go from one molecule of S8 to 8 molecules of S. That's definitely an increase in entropy! Na + Cl2 → NaCl An ionic solid is more organized than the two reactants. Therefore, entropy decreased.

  • CO2 molecules produced by complete breakdown of trisaccharide

    The expert analyzes the CO2 molecule produced by complete breakdown of trisaccharides.

  • UV/Visible and IR spectroscopy

    How do you determine if a molecule will be IR-Active? 2. Why is CO2 IR active and N2 not? Is O2 IR-Active? 3. Would the IR spectrum of polymer polystyrene have sharp or broad signals? Explain. 4.

  • Cellular Respiration

    A molecule of glucose is broken down into 2 pyruvate, and then 2 cycles of cellular respiration or TCA cycle take place. The result of each is 3 CO2 and biproducts NADH and FADH2.

  • Molecular Geometry and Bond Order Problems

    What is the mole fraction of CO2 in the atmosphere? Since 1 L of air has the same number of moles as 1 L of CO2... This is mole fraction of CO2 in the atmosphere. 10) Calculate the ratio of rates of effusion of O2 versus Cl2.

View More Related Solutions