Biophysics Altragen

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• Light medium angle higher pass refraction incidence travels
• Photopic vision characterized maximal sensitivity yellowish-green light nm) 
• Electrogram graphical record electrical activity tissue bipolar unipolar 
• Electrogram graphical record electrical activity tissue bipolar only 
• Removed cover geiger-müller tube beta-gamma dosimeter practical exercises
• Physical ways protection ionizing radiation time 
• Physical ways protection ionizing radiation shielding 
• Physical ways protection ionizing radiation distance 
• Time blood pressure examined values measure lapse minute 
• Healthy person turbulent blood flow physiologic conditions limb
• Pressure bpd bps systolic diastolic arterial expressed bps.bpd
• Aneroid measure blood pressure place scale level patient
• Optimal blood pressure diastole lower pa 
• Optimal blood pressure systole lower pa 
• Pressure measuring blood level heart systolic underestimated 
• Pressure measuring blood level heart systolic overestimated 
• Measuring blood pressure registrated equal instatenous air cuff 
• Blood auscultatory method pressure measurement based sound effects
• Capillary level liquid observe depression tube convex higher
• Tube flow rate real liquid highest wall
• Friction force newtonian liquid falling ball depends dynamic
• Refractive index expressed frequency light 
• Measurement students wrote practical training working group measured
• Rotation light angle polarized plane depends concentration solution
• Measure quantitative characteristics anthropometry  y
• Anthropometry fundamental anthropological method  y
• Body mass index determined tables  y
• Electromagnetic radiation passes substance adsorption arising lambert beer
• Electromagnetic radiation passes substance transmittance arising lamber-beer law 
• Exposure ionising radiation units coulomb kilogram y
• Beta measruring gamma dosimeter practical exercises measured particles
• Cover geiger müller tube beta gamma dosimeter practical
• Device measurement refractive index called refractometer  y
• Device measurement transmittance absorbance called refractometer  n
• Final unit body surface area m  n
• Anthropometry science set human sciences  n
• Angle light reflected boundary media reflection equal incidence 
• Light reflected angle boundary media reflection lower incidence
• Angle light pass medium refraction lower incidence  n
• Position image generated lens depends shape lens  y
• Object displayed half digit dioptric glasses converging lens
• Photometric quantities describe electromagnetic radiation wavelength  n
• Range alpha particle air equals decimeters  n
• Range alpha particle air equals millimetres  n
• Energy spectrum beta radiation continuous maximum approximately third 
• Nuclear reactions law energy conservation valid  y
• Energy spectrum beta radiation continous  y
• Atomic nuclear physics energy particles units electronvolt ev
• Solution absorption electromagnetic radiation passing depends concentration thickness
• Inhaled air coming lungs warmed body temperature relative
• Function breathing exchange gases atmosphere blood homeostatic regulation
• Functions respiratory system include heat exchange convectiona  y
• Physical mechanism exchange respiratory gasses osmoses.  n
• Physical mechanism exchange respiratory gasses conduction n
• Inspiration interpleural pressure constant expiration increases  n
• Inspiration interpleural pressure decreases expiration constant  n
• Inspiration interpleural pressure decreases expiration increases  y
• Amount air lungs end maximal inspiration total capacity 
• Amount air lungs end maximal inspiration vital capacity 
• Amount air lungs end maximal inspiration inspiratory reserve
• Biggest amount air expired maximal inspiratory effort spirometric
• Biggest amount air expired maximal inspiratory effort spirometric
• Biggest amount air expired maximum inspiration effort spirometric
• Expiration alveolar pressure air greater atmospheric pressure  y
• Pressure expiration atmospheric lower alveolar air  y
• Expiration alveolar pressure air equal atmospheric pressure  n
• Expiration alveolar pressure air lower atmospheric pressure  n
• Blood flow pulmonary artery lesser aorta  n
• Blood flow pulmonary artery greater aorta  n
• Blood flow pulmonary artery equal aorta  y
• Decay dependency model radioactive analogy mathematical description time
• Model radioactive decay analogy mathematical description time dependency
• Relation half-life radioactive decay t1/2 disintegration constant λ
• Radioactive graph i= f t recorded measurement model
• Parameters left unchanged volumetric blood flow directly proportional
• Parameters left unchanged volumetric blood flow independent pressure
• Vasoconstriction blood vessels derma splanchnic area beginning circulatory
• Lines connect points potential area called isochores n
• Electrocardiogram graphical record brain electrical activity n
• Electrocardiogram graphical record electrical activity heart y
• Electrocardiogram graphical record electrical activity tissue bipolar only 
• Electrocardiogram graphic representation electic activity single muscle cell
• Compton-effect frequency scattered quantum decreased  y
• Compton effect frequency scattered quantum increased  n
• Range beta particle air equals micrometres  n
• Range beta particle air equals micrometres  n
• Action potential cardiomyocytes plateau repolarization  y
• Lines connect points potential area calld isochores  n
• Lines connect points potential area called isotherms  n
• Lines connect points potential area called isobars  n
• Blood pressure lungs low flow low  y
• Blood pressure lungs high flow high  n
• Blood pressure lungs low flow high  n
• Blood pressure lungs high flow low  n
• Important temperature humidity inhaled air coming lungs  n
• Time calibration electrocardiogram mm/s mm correspond ms  y
• Time calibration electrocardiogram mm/s 1cm correspond 20s  n
• Time calibration electrocardiogram 25mm/s mm correspond 200ms  y
• Time calibration electrocardiogram mm/s cm corresponds s  n
• Time calibration electrocardiogram mm/s mm correspond 40ms  y
• Underestimation diastolic pressure caused discussion patient measurement  y
• Physical ways protection ionising radiation distance  y
• Horizontal section electrocardiogram called segment  y
• Einthoven’s triangle formed bipolar leads  y
• Einthoven relation form vi viii vii  y
• Einthovens triangle formed limb leads  y
• Einthovens triangle formed bipolar leads  y
• Einthoven’s triangle assumed heart lies center  y
• Einthoven relation concerns voltages bipolar limb leads  y
• Bipolar leads register phenomena place connecting line electrodes 
• Bipolar leads register phenomena place solid angle top
• Unipolar leads primarily register phenomena place electrodes connection 
• Unipolar leads primarily register phenomena place perpendicular electrodes
• Unipolar leads primarily register phenomens place spatial solid
• Physcial unit electrical resistance r siemens n
• Blood electric model stream analogy current voltage electrical
• Electric model blood stream analogy current voltage resistance
• Physical unit electric voltage volt  y
• Blood flow rate vessle porportionally viscosity  n
• Ionisation effects radiation caractarized dose rate  n
• Physical unit direct electric voltage volt  y
• Specific ionisation alpha particle firstly constant path increases
• Decay years radioisotope sample half life years.  n
• Isotope activity therapy seated radioactive kbq half-life decay
• Isotope activity therapy seated radioactive kbq half-life decay
• Isotope activity therapy seated radioactive of
20 kbq half-life
• Isotope activity therapy seated radioactive kbq half-life decay
• Alpha decay nucleus created nucleon number smaller y
• Natural white light monochromatic light  n
• Natural sources light characterized line spectrum  n
• Natural sources light cohorent  y
• Horizontal cells retina react light stimulus hyperpolyrisation  y
• Horizintal cells retina react light stimulus depolyrisation  n
• N medium optical refractive index negative light travels
• Visual acuity examined snellen optotypes symbols drawn 5x5
• Means visual acuity determined snellen optotypes patient healty
• Visual means acuity determined snellen optoypes symbols row
• Correction hyperopia performed means concave lenses  n
• Correction myopia performed means convex lenses  n
• Correction hyperopia performed means convex lenses  y
• Correction myopia performed means concave lenses  y
• Correction hypertropia performed means cylindrical lenses  n
• Astigmatism correctly suitable concave lens astigmation  n
• Eye lens accommodation process allowing focusing spotted object
• Half-lives passed activity radioisotope decreased 4kbq bq  y
• Hyperopia long-sightedness corrected suitable concave lens  n
• Radioactivity emssion gamma radiation atomic shell  n
• Electrons effect light incident mental semiconductor results emission
• Electrons effect light incident mental semiconductor results emission
• Pressure pulse term differnce blood left arms  n
• Eye point imaged retina emetropic healthy dispersed ring
• Emmetropic eye point distance cm  n
• Emmetropic eye point distance cm  n
• Lens human eye biconvex  y
• Optical system human eye consists cones aqueous humour
• Lens human eye biconcave  n
• Scotopic vision typical higher light intensity  n
• Image formed retina eye virtual enlarged inverted  n
• Image formed retina eyes real dimished inverted  y
• Lens optical properties characterised power  y
• Optical properties lens characterised linear magnification  n
• Spherical ametropia caused excessive length eye bulb  y
• Spherical ametropia caused small length eye bulb  y
• Spherical ametropia caused lowered amount photoreceptors  n
• Total reflection light occurs interface media optical density 
• Total reflection light occurs angle incidence lower equal
• Light total reflection occurs impinges =aufprallen interface medium
• Stethoscope bell hollow cup transmits body sound higher
• Stethoscope diaphragm transmits sounds lower frequencies 40hz-250hz)  n
• Blood pressure measruing registered equal difference examined vessle
• Benefits oscillometric method blood pressure measurement things independence
• Blood pressure overestimation systolic caused measurement arm forearm
• Pressure underestimation diastolic caused measurement blood heart level 
• Pressure pulse term blood measurements n
• Horizontal section ecg end p wave beginning qrs
• Electric repolarisation heart ventricles displayed electrocardiogram total st
• Wave analysing electrocardiogram time early start compared stimulus
• Proper body-generated biosignals mechanical thermal electrical magnetic manifestation
• Vectorcardigram graphic record electriv activity heart represented resulting
• Vectorcardiogram graphic record electric acitivity heart represented combination
• Vectorcardiographic registration electric activity heart suitable combination chest
• Vectorcardiographic registration electric activity heart graphic record orthogonal
• Atrioventricular node typical frequency beats minute  n
• Sinoatrial node typical frequency beats/min  y
• Sinoatrial node ventricle heart  n
• Sinoatrial node atrium heart  y
• Sinoartrial node primary heart pacemaker  y
• Actionpotential sinoatrial cell plateau  n
• Electrical axis heart attributed angle directs slightly right 
• F electrical axis heart attributed angle vector directs
• Highest amplitude lead standard electrocardiogram belongs deflection r. 
• Auscultatory method blood pressure measurement based temporary obstruction
• Pressure measured blood expressed overpressure relative atmospheric electrical
• Beginning interval pq electrocardiogram p wave qrs complex 
• Pq interval electrocardiogram consists p wave segment  y
• Interval pq electrocardiogram end qrs complex beginning p
• Interval qt electrocardiogram includes qrs complex  y
• Task construct electrical axis heart qrs complex einthovens
• End interval st electrocardiogram qrs complex t wave
• Heart electrical determining axis frontal plane assume sources
• Electrical heart axis qrs complex expresses magnitude activation
• Electric repolarisation heart ventricles displayed electrocardiogram total qrs
• Beginning interval pq electrocardiogram p wave qrs complex. 
• Interval qt electrocardiogram beginning qrs complex end t
• St interval electromagnetic made segment t wave  y
• S wave electrocardiogram concerns ventricular depolarisation  n
• R wave electrocardiogram concerns ventricular depolarisation  y
• Q wave electrocardiogram concerns ventricular depolarisation  y
• Electric depolarisation heart ateria corresponds electrocardiogram p wave 
• Electrical heart qrs complex constructed einthoven’s triangle determined
• Action potential cariomyocytes shape duration artrial cells ventricular
• Lines connect points potential aria called isoterms  n
• Action potential sinoatrial cell plateau  y
• Electromyogram graphic representation electric activity muscle tissue  y
• Laboratory stalagometer special glass mounted stand inflatable balloon
• Action potential cardiomyocytes shape duration atrial cells ventricular
• Typical frequency electrogastrogram test state equals cycles minute 
• Electromagnetic radiation consists longitudinal waves  n
• Electromagnetic radiation consists transverse waves n
• Blood pathological conditions viscosity decrease flow velocity increases
• Blood pathological conditions viscosity decrease flow velocity increases
• Blood viscosity depends cardiac cycle  y
• Liquid real characterized pressure force inside applied perpendicular
• Falling-ball viscometers damping properties liquids result viscosity y
• Flow rate real liquid tube constant places tube 
• Convex meniscus observed ideal liquids  n
• Resistance bloodstream varies proportionally blood viscosity  y
• Dynamic viscosity liquid viscometer constant determination kinematic viscosity 
• Viscometer constant determination oft viscosity ubbelohde capillary tube
• Plasma flow rate blood flowing glass tube 0,5cm3*s-1
• Blood flow rate flowing glass tube cm^3.s^-1 decreased
• Blood flow rate flowing glass tube cm decreases
• Blood flow rate flowing glass tube cm hoch
• Rotary viscosity determined resistance fluid puts movement approximately
• Flow rate direct measured measurement viscosity capillary tube
• Vibrating viscometers damping properties liquid result viscosity  y
• Viscometers classified physical principle ball capillary tube vibrating
• Shape bubbles drops similar ball due approximately spherical
• Blood newtonian liquid viscosity flow rate constant  n
• Liquid real characterized pressure forces inside applied perpendicular
• Viscosity flow blood depend rate water rate  n
• Cross-section large times greater blood flow velocity individual
• Typical frequency electrogastogram rest state equals cycles minute 
• Wave electroetinogram represents depolarization rods  n
• Wave analysing electrocardiogram time early start compared stimulus
• Lines connect points potential area called isochores  n
• Friction force newtonian liquid falling ball depends size
•  snells law refraction describes dependence  y
• Body surface area adult men circa dm2 true
• Final bmi men height 183cm weight kg m2 
• Final bmi woman height cm weight kg cm/kg 
• Body mass index determined bim calculator  n
• Mbi global acronym body mass index  n
• Basic tool anthropometry avometer  n
• Basic tool anthropometry caliper  y
• Nonius caliper  n the other
• Bmi calculated body weight kg height cm))2  n
• Brocca index ideal height  n
• Viscosity flow blood depend rate water ist rate 
• Visible light electric magnetic radiation  y
• Wave particle dualism explains light modelled beam particle 
• Light medium angle higher pass refraction incidence travels
• Photoreceptors distributed retina uniformlly  n
• Photoreceptors react light stimulus hyperpolarization  y
• Photoreceptors react light stimulus increased polarization  y
• Human eye optical system consits cornea aques humor
• Wave b electroretinogram je largest part record  y
• Wave electroretinogram je largest part record
  n
• Analysing wave electroretinogram early negative amplitude measured usually 
• Wave electrocardiogram represents hyperpolarisation cones  n
• Wave electroretinogram represents hyperpolarisation cones  y
• Electroretinography unipolar leads used  y
• Wave electroretinogram negative  y the
• Wave b electroretinogram valid amplitude light stimulus intensity 
• Viscosity determined resistance fluid puts rotary movement  n
• Appropriately selected bodies sentence relates vibrating viscometer  n
• Shape bubbles drops similar ball due hydrostatic pressure
• Basic tool anthropometry pelvimeter  n
• Initial velocity beta particle emitted nucleus close light
• Positron particle electric charge proton y
• Positron deflected electric field  n
• Photoelectric effect interaction electromagnetic radiation medium important electron-positron
• Internal friction fluid expressed viscosity y
• Internal friction fluid expressed kinetic energy  n
• Energy spectrum beta-radiation continous  y
• Atomic nuclear physics energy particles units electronvolt ev
• Electrogram graphical record electrical activty tissue polarity distinguished 
• Device measurement transmittance absorbance called spectrophotometer  y
• Device measurement transmittance absorbance called polarimeter  n
• Photoelectric effect interaction type electromagnetic radiation medium important
• Range alpha particle soft tissues equals centimeters  n
• Range alpha particle soft tissues equals millimeters n
• Range beta particle soft tissues equals centimetres  n
• Range beta particle soft tissues equals mm  y
• Range beta particle air equals centimeters meters  y
• Range alpha particle soft tissues equals micrometers  y
• Range alpha particle soft tissues equals decimetres  n
• Energy spectrum alpha radiation continuous  n
• Radiation passes medium indirectly ionised alpha radiation  n
• Ionisation energy loss charged particle due unit path
• Passing medium sound attenuation higher shorter wavelength  y
• Passing medium sound attenuation lower higher frequencies  n
• Sound electromagnetic radiation  n is
• Isophone corresponds intensity level db  n
• Mechanical waves sound matter transmitted  n
• Mechanical waves sound energy transmitted  y
• Acoustic impedance medium units pa*m*s-1  n
• Acoustic impedance medium units pa*m-1*s  y
• Sound intensity level establish hearing treshhold  y
• Sound intensity level establish hearing field  y
• Sound intensity level units w*m2  n
• Sound intensity defined volume exceeding pain sensation  n
• Sound intensity defined amplitude acoustic pressure  n
• Sound intensity units sone  n
• Sound intensity units phon  n
• Sound intensity units w*m-2  y
• Intensity sound level compare sounds  y
• Sound intensity defined amount acoustic energy passes unit
• Sound reference intensity human ear equals i0= w.m-2
• Sound defined main characteristics timbre loudness intensity  n
• Sound defined main characteristics intensity loudness pitch  n
• Loudness sound objectively perceived intensity acoustic signal  n
• Loudness sound subjectivly perceived intensity acoustic signal  y
• Mechanical waves sound acoustic impedance transmitted  n
• Frequency audible sound lower ultrasound  y
• Flow doppler ultrasound devices detect blood veins including
• Blood flow doppler ultrasound devices detect vessle direction 
• Principle blood pressure measurement method based doppler's effect
• Principle blood pressure measurement method based doppler's effect
• Blood velocity flowing independent vessel cross-section  n
• Blood advantage measuring pressure doppler's ultrasound devices commonly
• Blood advantage measuring pressure doppler’s ultrasound devices commonly
• Blood parameters left uncharged reduction vessel cross section
• Blood flow rate constant vessel  n
• Blood advantage measuring pressure doppler ́s ultrasound devices
• Intensity ultrasound decreases crossing medium due unchanged direction
• Intensity ultrasound decreases crossing medium due unchanged velocity
• Intensity ultrasound decreases crossing medium due reflection refraction 
• Essential reflective structured ultrasound flowing blood erythrocytes  y
• Blood essential reflective structure ultrasound flowing plasma  n
• Essential reflective structured ultrasound flowing blood leukocytes  n
• Speed ultrasound propagates medium whith sound medium  n
• Hearing threshold field region sound intensity levels range
• Sound hearing threshold stimuli differs frequencies  y
• Sound reference intensity human ear equals i=1012 w*m2
• Passing medium sound attenuation depends density wavelength sound 
• Frequency audible sound 16hz 20hz  n
• Higher acoustic impedance air  y
• Medium acoustic impedance defined product density phase velocity
• Medium acoustic impedance definied product densitiy sound frequency 
• Frequency audible sound higher infrasound  y
• Phase velocity sound wave depends temperature medium  n
• Phase velocity sound wave depends physical properties medium 
• Phase velocity sound wave depends acoustic impedance medium 
• Phase velocity sound wave soft tissues approximately m/s
• Phase velocity sound wave soft tissues approximately watera 
• Sound phase velocity wave depends intensity level  n
• Velocity sound wave medium called phase velocity  y
• Range alpha particle air equals micrometers  n
• Nuclear reactions faraday law valid  n
• Light angle rotation polarized plane depends path length
• Speed light refraction index expressed ratio vacuum medium 
• Device optical activity measurements called polarimeters  y
• Optical activity substance ability rotate plane polarized light 
• Optical inactive substances terms activity  y
• Levorotary dextrorotary substances term optical activity  y
• Polarisation absorbtion arises light passes polarizer  y
• Transmittance arises light passes polarizer  n
• Change intensity electromagnetic radiation passing substance absorbance transmittance 
• Change intensity electromagnetic radiation passing substance transmittance  y
• Angle light beam reflected interface environments incident reflection 
• Angle optically light spreads denser medium dense critical
• Light beam reflected interface mediums angle reflection depends
• Angle light beam reflected interface mediums incident equals
• Light optically dense spreads medium refracted perpendicular  y
• Angle optically dense light spreads medium critical incident
• Ray light pass medium incident normal interface refracted
• Light optically spreads denser medium dense refracted perpendicularly 
• Angle optically dense light spreads medium critical incident
• Optically medium light spreads dense denser change electrical
• Light optically spreads dense medium denser refracted perpendicular 
• Isophone curve threshold hearing  y
• Curves equal loudness called hearing field  n
• Physical unit dynamic viscosity m2*s-1  n
• Physical unit dynamic viscosity p poise)  y
• Physical unit dynamic viscosity n kg.m-1 s-1  y
• Measurement viscosity capillary tube viscometer method result direct
• Lungs higher acoustic impedance air y
• Liquid real characterised pressure forces inside applied perpendicular
• Surface layer liquid behaves differently rest volume due
• Surface layer liquid behaves differently rest volume due
• Surface layer liquid behaves differently rest volume due
• Surface rounding drops water waxed car takes place
• Surface tension internal friction fluid flow  n
• Shape bubbles drops similar ball due approximatly spherical
• Surface tension defined force acting unit area liquid
• Capillary level liquid observe depression tube concave higher
• Surface tension liquids depends proportionally area  n
• Surface tension water decreases increasing temperature  y
• Capillary depression occurs interface substances liquid gas solid
• Surface tension defined energy saved layer liquid y
• Drop method surface tension measurement carried pychometer  n
• Measurement surface tension capillary phenomena  y
• Measurement surface tension drop method y
• Measurement liquids surface tension drop method additionally stop
• M surface tension expressed physical unit n mn
• Electrical activity substance ability rotate plane polarised light 
• Surface effects applied processes inside human body bile
• Physical unit surface tension n.m y
• Physical unit surface tension j*m-2   n
• Physical unit surface tension is  n
• Physical unit surface tension 1j*m-1 n
• Physical unit surface tension 1n*m2 n
• Physical unit surface tension pa  n
• Surface tension caused internal friction liquid  n
• Corrosion metal surfaces wet environment significantly connected liquid
• Drop method surface tension measurement carried capillary viscometer 
• Drop method surface tension measurment carried pycnometer  n
• Drop method surface tension measurment comperative method  y
• Surface tension caused hydrostatic pressure liquid  n
• Surface tension liquids depends inversely area  n
• Drop stalagmometric method surface tension measurement indirect method 
• Drop stalagmometric method surface tension measurement comparative method 
• Drop stalagmometric method based laminar flow liquids  n
• Capillary phenomena caused viscosity fluid  n
• Capillary phenomena occur laminar flow liquid  n
• Natural sources light lineraly polarized n
• Sound velocity wave medium called acoustic velocity  y
• Time direct measured measurement viscosity capillary tube viscometer 
• Position image generated lens depends local point lens 
• Laboratory statagometer special glass mounted stand inflatable balloon
• Rotatory viscometers demping properties liquid reuslt viscosity  n
• Blood non-newtonian liquid change viscosity flow rate constant 
• Viscosity determined resistance fluid puts rotary movement appropiately
• Absorption electromagnetic radiation passing solution depends wavelength radiation 
• Wave interface smallest intensity ultrasonic reflected acoustic media
• Wave interface smallest intensity ultrasonic reflected acoustic media
• Wave interface smallest intensity ultrasonic reflected acoustic media
• Typical amplitudes electroencephalographic waves alpha beta theta delta
• Typical amplitudes electroencephalographic waves alpha beta theta delta
• Typical amplitudes electroencephalographic waves alpha beta theta delta
• Electroencephalogram waves frequency 1hz registered deep sleep  y
• Electroencephalogram waves frequency hz registered deep sleep  y
• Electroencephalon waves typical mental physical rest registered frequency
• Electroencephalogram theta waves registered frequency hz  n
• Electroencephalogram delta waves registered frequency hz  y
• Electroencephalogram beta waves registered frequency hz  y
• Electroencephalogram beta waves registered hace frequeny hz  y
• Scotopic vision sharpest place visual nerve connected retina 
• Ionising nuclear radiation harmful protect ability absorbed shielding
• Bones higher aucistic impedance soft tissues  n
• Mechanical waves sound energy transmitted y
• Volume element mass δm=50kg absorbs energy e 15j
• Position image generated lens depends focal point lens 
• Scotopic vision typical higher light intensity n
• Ibm global acronym body mass index n
• Image mirror size displayed object  n
• Ohms law expressed equivation i= u x r 
• Correct expression ohms law current i directly porportional
• Electric essential law defines relations voltage current resistance
• Electric essential law defines relation voltage current resistance
• I r ohms law v/r v x i 
• Current-voltage characteristic biological tissue expresses active electrical properties
• Physical unit electric current coulomb  n
• Physical unit electric current watt  n
• Physical unit electrical voltage ampere  n
• Physical unit electric current ampere  y
• Shell s law refraction describes dependence refractive angle
• Snells law refraction describes dependence refractive angle electric
• Total electric charge produced radiation volume element aor
• Blood flow veins lower extremities influenced phase heart
• Cm repeatedly measurement diameter vessel found values sample
• Visual acuity distance ratio measured smallest identified symbol
• Electroencephalon theta waves registrered frequency hz  n
• Unit gravitational acceleration si system m*s2  n
• Weighted geometric characteristic variability  y
• Photoreceptors human eye represent biological detectors electromagnetic radiation
• Performing measurement heart rate times total results expressed
• Proper body generated biosignals manifestated electectrical  n
• Action potentials cardiomyocytes identical shape pacemaker cells  y
•  the gaussian curve wider larger variance measurement  n
• Infrared radiation incident tissue reduces temperature  n
• Highest blood pressure arterioles  n
• Prefix mili unit means hundredth  n
•  the main function valves control blood pressure heart 
• Emmetropic eye point infinity  n
• Temperature difference dry bulb wet decreases increasing air
• Biological tissue conduct alternating current cell membranes  y
• Electric depolarization heart atria corresponds p wave  y
• Nbw bq  n 2,5 =
•  an electroencephalogram alpha waves registered frequency hz  y
• Pascal physical unit acoustic pressure  n
• Maximal air humidity maximu volume water vapor released
• J n*m*s  n 1 =
•  a point imaged retina of  y
• Osmosis depends distribution membrane  n
• Sinoatrial node function heart pacemaker  y
• Potential action resting decreases  n
• Refractive index expressed ratio speed light vacuum  y
• Resorption occurs venous ends capillaries  y
• Barometric pressure increase linearly altitude  y
• Multiple unit expressed prefix tera  n
• 61cpa=6,1*102 mpa  n
• Nerves speed impuls spreads higher thicker thinner  y
• Rheobase amplitude electric voltage generates stimules  n
• Functions veins pulmonary circulation transport oxygenated blood lungs
• Left atrioventricular valves human heart found ventricle atrium.... 
• Hypotonic solution movement water membrane equilibrium  n
• Sheet paper dimensions mm  n
• Prefix deci unit means tenth  y
• Function arteries circulation body transport oxygenated blood ventricle
• Action potential spreads axon neuron  y
• Hydrostatic pressure resorption occurs interstitium lower blood  n

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