MM800 wrote:

Allow me to 1-up you here: I also never owned a car (in fact I despise them, together with all who do own them, same goes for the rest of the list).

I wudn't hav gone that far. Supoz u liv in a contryside of British Colombia [lately I have been enjoying 'flying' to different places around the world using google-earth] and u wud like to get some ingredient(s) in a town that is 100 km far away.

MM800 wrote:

I do own an old cell phone however, I use it for PAPER WEIGHT. And turned off, of course! I cant believe people actually turn that stuff on! It kills! And slowly... been quite a few scientific articles about it over the years, and even a book recently.

I don't hav a sell-phone for different reasons. Since when i was a kid, i like having my hands and pockets free or as light as possible (not to mention that the pockets were wearing out [with holes at the base] sooner than the rest of the pants). Another reason is freeing time (instead of getting involved in nonessencial/distracting communication).   

MM800 wrote:

btw, the bubble effect may imply the active factor is being destroyed by oxidation, which explain ur higher doses and little effect (sakiro may probably rest now). Also explains why u haven`t died nor got the alcohol 'intolerance' of fractal's: which suggests the guideline "with" does not mean "simultaneously" as in "diluted" hehehe Which also suggests ur class on "Physics of the Human Body" will be purely  macroscopic newtonian mechanics.

These are the topics I intend(ed) to cover there (i still haven't gotten the 'green' light to teach that course):

Chapter 1
    Motion and Balance
        Forces
        Newton’s Laws
        Action-Reaction Pairs of Forces
        Other Forces
            Weight
            Friction
            "Normal Force"
            Tension
        What Forces are Acting?
Torque
    Torque as a Lever
Mechanical Equilibrium
        Anatomy and Physiology of Movement
            Muscles
            Attachments
            Bones and Joints
            Application of Muscle Tension
            Types of Movement
            Classes of Levers in the Human Body
            Force in the Biceps
            Force in the Deltoid Muscle
            Force on the Spine
            Balance
            Walking
            Difficulty of Movement
       
Chapter 2
    Fluids and Pressure
        Pressure
            Pressure due to Weight of a Fluid
            Pressure due to an External Force
            Pressure due to Interaction of Molecules
            Pressure in Solids
        Fluids in Motion
        Characteristic of Fluid Flow
            Flow Rate
            Viscosity
        Applications to the Human Body
            The Circulatory System and Blood Pressure
            Speed of Blood
            Example of Intravenous Medication
            Example of Coronary Arteries
        Pressure in Other Areas of the Body
            The Lungs
            The Eye
            The Brain
            The Bladder
            Bones
        Other Examples
       
Chapter 3
    Energy, Work, and Metabolism
        Work
        Energy
            Kinetic Energy
            Potential Energy
            Other Types of Energy
            Conservation of Energy
        Power
        Efficiency
        Temperature and Heat
            Temperature
            Temperature Change
            Heat
            Specific Heat and Latent Heat
            Conservation of Heat Energy
            Methods of Heat Flow
        Energy and the Body
            Energy from Food
            Work Done by the Body
            Metabolism
            Heat and Body Temperature
            Specific Heat and Thermal Conductivity of the Body
            Energy Imbalance
       
Chapter 4
    Sound, Speech, and Hearing
        Waves
        Simple Harmonic Motion
        Pressure Wave
        The Speed of Sound
        Production of Sound
        Detection of Sound
        Human Production and Detection of Sound
            Frequency Spectrum
        Anatomy and Physiology of Speech Production
        Anatomy and Physiology of Hearing
        Hearing Problems
        Intensity of Sound
        Sound Intensity Level
            Earplugs
        Sound Pressure Level
        Noise
        Hearing Aids
        Ultrasound Imaging
       
Chapter 5
    Electrical Properties and Cell Potential
        Electric Charge
        Electric Force
        Electric Field
        Electric Potential Energy
        Electric Potential
        Electric Potential Difference and Potential Energy
        Capacitance
        Current and Resistance
        Electricity in the Body
            Static Electricity
            The Body as a Conductor
        Nervous System
            Neurons
            Electric Properties of the Neuron
            Membrane Potential
            Action Potential
            Interactions of Signals
        Applications
       
Chapter 6
    Optics and the Eye
        Electromagnetic Waves
        Visible Light
        Waves and Rays
        Geometric Optics
        Refraction by a Lens
        Real and Virtual Images
        Focal Length of a Lens
        Thin Lens Equation
        Anatomy and Physiology of the Eye
            The Lens
        Path of Light into the Eye
        Comparison of the Eye with a Camera
        Near Point and Far Point
        Vision Problems
            Nearsightedness or Myopia
            Farsightedness, or Hyperopia
            Age-related Problems
            Astigmatism
            Methods of Vision Correction
            Other Problems
       
Chapter 7
    Biological Effects of Ionizing Radiation
        UV and X-ray Radiation
        The Nucleus
            Energy of the Nucleus
            Nuclear Notation
        Isotopes and Stability
        Types of Nuclear Radiation
            Alpha Decay
            Beta Decay
            Beta-Minus Decay
            Beta-Plus Decay
            Electron Capture
            Gamma Decay
            Decay Chain
        Other Nuclear Processes
        Mathematics of Radioactive Decay
            Decay Rate
            Half-Life
            Exponential Decay Functions for Mass and for Activity
        Effects of Radiation in Humans
            Radiation Dosage
        Medical Applications
            Therapeutic Techniques
            Diagnostic Techniques
        Other Uses of Radiation
       
Chapter 8
    Drug Delivery and Concentration
        Definitions
        Methods of Drug Administration
        Drug Concentration
        Mathematics
        Rates
        Order of Reaction
            Zero-Order Reaction
            First-Order Reaction
        Compartment Models
        Reactions and Compartment Models
        One Compartment Model
            Zero-Order Absorption with No Elimination: IV Bolus
            Zero-Order Absorption with No Elimination: IV infusion
            No Absorption and First-Order Elimination
            First-Order Absorption with no Elimination: Oral Medication
        Absorption with Elimination in the One-Compartment Model
            Multiple IV Bolus Doses
            IV Infusion with Elimination
            IV infusion plus IV Bolus Dose
            Oral Dose with Elimination
        Applications
            Drug Design
            Time-Release Medication
            Blood Alcohol Content
            Drug Testing
       
Notice that it's not just macroscopic newtonian mechanics.

MM800 wrote:

And you noticed no difference at all, when changing the solvent from alcohol to water?

I was not being attentive about spotting 'differences' when drinking it with different solvent/liquids; and I was not following a strict repetitive schedule and dose.  Thanks for the insight.
AA