Exercise : Human Breathing Rhythm Analysis
Situation
Atmospheric dust levels are elevated this season and irregular humidity may be affecting the breathing sequence of all personnel in local areas.
via changing composition of air inside the body
states of humidity and gas mix - mouth, throat, lungs...
...oh...
...ohhhh...
Several comets [ make close approaches or pass near ] Earth's vicinity in 2026, most notably Comet C/2025 R3 (PanSTARRS) and Comet C/2026 A1 (MAPS)
Comet Encke is a periodic comet with one of the shortest known orbital periods in the solar system. [1]
Orbital Period: Takes 3.3 years (about 1,200 days) to complete one orbit around the Sun. [1, 2]
Size: The solid nucleus measures approximately 4.8 kilometers (3 miles) in diameter. [1, 2]
Meteor Shower Connection: 2P/Encke is the parent body responsible for the Taurid meteor stream, which produces bright fireballs visible from Earth every autumn (October and November). [1, 2]
A comet tail is made of two separate components: a dust tail composed of tiny solid rock and silicate particles, and a plasma (or ion) tail made of electrically charged gas. [1, 2]
source: google.com
...
...we see it in pisces...!...
...and in this morning at 0500 AM...
...was...!...
...
...ach!ach! ...cough...
...now getting it from that...!?..
...
...do you know...
...we can't be de un sure...!...
...
...mmmmn...
...owhhh...!...
Breathing Characteristics
Air transitions from a cool, variable gas mixture at the mouth into a fully saturated, stable gas mix in the lungs to optimize gas exchange and protect delicate tissues.
As inspired air moves down the respiratory tract, its temperature, absolute humidity, and exact chemical composition undergo a predictable progression. [1, 2, 3, 4]
source: google.com
Transition Stages
1. The Mouth & Air Entry
When you draw air through the mouth (or nose), it contains the standard ambient atmospheric composition.
Humidity: Ambient air typically has a low absolute humidity (roughly 10 mg/L of water).
Gas Mix: The air is highly oxygenated, sitting at approximately 21% Oxygen (O2), 78% Nitrogen (N2), and a negligible 0.04% Carbon Dioxide (CO2)
2. The Throat (Pharynx & Upper Trachea)
As the air passes over the highly vascular, wet mucous membranes of the mouth and throat, turbulent airflow causes rapid heat and moisture exchange.
Humidity:
The throat acts as a rapid humidifier, spiking the relative humidity up to 90–95%.
Gas Mix:
As water evaporates from the mucosa into the air current, the newly added water vapor begins to exert its own partial pressure, slightly diluting the percentages of O2 and N2.
3. The Isothermic Saturation Boundary (ISB)
Roughly 5 cm below the carina (where the trachea splits into the main bronchi), the air passes the Isothermic Saturation Boundary (ISB). Beyond this point, the air is perfectly matched to the body's internal climate—completely saturated at 37°C and 100% relative humidity.
This constant moisture layer is vital because dry air would freeze or destroy the delicate ciliary cells and mucous membranes that filter out pathogens.
4. The Lungs (Alveoli)
Once the air reaches the tiny air sacs (alveoli) of the deep lungs, the gas mix undergoes its most radical shift due to continuous, active gas exchange with the surrounding bloodstream.
Humidity State:
Remains permanently locked at 100% relative humidity (44 mg of water per liter of gas).
Gas Mix Shift:
Because the blood constantly dumps waste carbon dioxide into the lungs and extracts fresh oxygen, the air inside the alveoli looks entirely different from the air you pulled into your mouth:
Oxygen drops to roughly 13–14%.
Carbon Dioxide jumps up dramatically to about 5–6%.
Water Vapor makes up a permanent 6.2% of the physical volume of the air mass.
MedlinePlus +4
Deeper Study Areas
[ the causes, mechanisms, and effects ] of dry environments like asthma or cold-weather sports
[ the ] exact partial pressures (in mm Hg or kPa) of these gases for a medical/biology problem
[ the design of ] clinical equipment like ventilator humidifiers
source: google.com
...
...oh will...!...
...eh...
...good...!...
...
-> NEED to analyze breathing rhythm of territorial personnel during this era of comet passings to verify any anomalies outside of human normal range...
...
...our normal range...
...yeah...
...will find...
...then distribute...
...owhhh...
...mmmmn...
...
...then...using what...!?...
...
...via acoustic [ recording ] equipment...
...or...
...by hand...
...
...just count...
...and use a [ notebook ]...
...
...in tally...
...and number of seconds...
...it can work...!...
...
...ahhh...
...
...per what...
- 120 seconds
...and then divide...
...by 2...
...to get 60 seconds...
...ehhh...
...try in 3...
...mean...
...180...
...in secs...
...owhhh...!?...
...and divide...
...by 3...
...would...
...owhhh...
...
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