Quiz
Exam 2
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Questions in this quiz (35)
1What is not a form of CO2 transport in the blood?
- ABlood fusion
- BDissolved CO2
- CDissolved O2
2What are the forms of CO2 transport in the blood?
- AO2
- BBound to Hemoglobin
- CGlucose
- DDissolved CO2
- EBicarbonate
3Hemoglobin that is NOT bound to oxygen is referred to as [blank_start]deoxyhemoglobin[blank_end]
- Adeoxyhemoglobin
4A rightward shift in the oxyhemoglobin dissociation curve is called the [blank_start]Bohr effect[blank_end]
- ABohr effect
5When standing, the base of the lungs is overperfused relative to ventilation.
- ATrue
- BFalse
6Functional residual capacity is made up of all but what lung volume? [blank_start]Tidal Volume[blank_end]
- ATidal Volume
7Functional residual capacity is made up of?
- AResidual Volume
- BRed blood cells
- COxygen
- DExpiratory reserve volume
8What is the muscle fiber type that is most resistant to muscular fatigue? [blank_start]Type I[blank_end]
- AType I
9EPSPs (excitatory postsynaptic potentials) bring the postsynaptic neuron to threshold through temporal summation and spatial summation.
- ATrue
- BFalse
10At any given speed of movement, muscle groups with a high percentage of fast-twitch fibers exert more force than those containing mostly slow-twitch fibers.
- ATrue
- BFalse
11What is the procedure called where a small piece of muscle is removed for the purpose of histochemical analysis? [blank_start]muscle biopsy[blank_end]
- Amuscle biopsy
12In muscular contraction, when calcium binds to troponin, it results in the shifting of [blank_start]Tropomyosin[blank_end] off of the active binding sites, which allows for cross-bridging to occur.
- ATropomyosin
13Hypertension ratio [blank_start]140/90 mmHg[blank_end]
- A140/90 mmHg
14Risk factors of hypertension
- Aleft ventricular hypertrophy
- Bstroke
- Ckidney damage
- Dheart attack
- Eatherosclerosis
15What is 'P Wave'? [blank_start]atrial depolarization[blank_end]
- Aatrial depolarization
16What is QRS complex? [blank_start]ventricular depolarization[blank_end] and [blank_start]atrial repolarization[blank_end]
- Aventricular depolarization
- Batrial repolarization
17ST segment depression
- Aindicated myocardial
- Bpressure of lungs
- Cischemia
18blood flow equation? blood flow = [blank_start]change of pressure/resistance[blank_end]
- Achange of pressure/resistance
19resistance equation? resistance = [blank_start](length x viscosity)/radius^4[blank_end]
- A(length x viscosity)/radius^4
20SV increases till plateau at [blank_start]40% VO2max untrained[blank_end]
no plateau for [blank_start]highly trained subjects[blank_end]- A40% VO2max untrained
- Bhighly trained subjects
21Double Product Equation (Rate-Pressure Product): Double product = [blank_start]HR x systolic BP[blank_end]
- AHR x systolic BP
22Airflow equation: airflow = [blank_start]P1-P2/Resistance[blank_end]
- AP1-P2/Resistance
23Vt: [blank_start]Tidal Volume[blank_end]
f: [blank_start]breathing frequency[blank_end]
Va: [blank_start]alveolar ventilation[blank_end]
Vd: [blank_start]dead-space ventilation[blank_end]
V: amount of [blank_start]air moved in or out lungs per min[blank_end]- ATidal Volume
- Bbreathing frequency
- Cbreathing frequency
- DTidal volume
- Ealveolar ventilation
- Fdead-space ventilation
- Gamount of air moved in or out lungs per
- Halveolar ventilation
- Idead-space ventilation
- Jamount of air moved in or out of the lun
- Kalveolar ventilation
- LTidal volume
- Mbreathing frequency
- Ndead-space ventilation
- Oamount of air moved in or out of the lun
- Pdead-space ventilation
- QTidal volume
- Rbreathing frequency
- Salveolar ventilation
- Tamount of air moved in or out of the lun
- Uair moved in or out lungs per min
- Vdead-space ventilation
- Walveolar ventilation
- Xbreathing frequency
- YTidal volume
24volume equation: [blank_start]V = Vt x f[blank_end] , [blank_start]V = Va + Vd[blank_end]
- AV = Vt x f
- BV = Va + Vd
25Total lung capacity
- Ainspiratory reserve volume
- Bresidual volume
- Cexpiratory reserve volume
- Dtidal volume
26dalton's law: total pressure of gas mixture = [blank_start]sum of pressure gas exerts independently[blank_end]
- Asum of pressure gas exerts independently
27partial pressure of air: Pair = [blank_start]PO2 + PCO2 + PN2[blank_end]
- APO2 + PCO2 + PN2
28Ficks law of diffusion: rate of diffusion = [blank_start]A/T x D x (P1-P2)[blank_end]
- AA/T x D x (P1-P2)
29percent CO2 dissolved in plasma
[blank_start]10%[blank_end]
Percent CO2 bound to Hb
[blank_start]20%[blank_end]
Percent CO2 bicarbonate
[blank_start]70%[blank_end]- A10%
- B20%
- C70%
- D20%
- E10%
- F70%
- G70%
- H10%
- I20%
30clinical ratio: [blank_start]FEV1.0 / FVC[blank_end]
[blank_start]MVV / VEmax[blank_end]- AFEV1.0 / FVC
- BMVV / VEmax
31VO2max equation: [blank_start]Max Q x Max aVO2 difference[blank_end]
- AMax Q x Max aVO2 difference
32Type I
[blank_start]slow-twitch, slow-oxidative[blank_end]
Type IIa
[blank_start]intermediate, fast-oxidative glycolytic[blank_end]
Type IIx
[blank_start]fast-twitch, fast-glycolytic[blank_end]- Aslow-twitch, slow-oxidative
- Bintermediate, fast-oxidative glycolytic
- Cfast-twitch, fast-glycolytic
- Dintermediate, fast-oxidative glycolytic
- Efast-twitch, fast-glycolytic
- Fslow-twitch, slow-oxidative
- Gfast-twitch, fast-glycolytic
- Hslow-twitch, slow-oxidative
- Iintermediate, fast-oxidative glycolytic
33Isometric: [blank_start]force without length change[blank_end]
- Aforce without length change
34Dynamic: [blank_start]concentric and eccentric, moving[blank_end]
- Aconcentric and eccentric, moving
35muscle twitch: [blank_start]single stimulus[blank_end]
- Asingle stimulus
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- Description
- Undergraduate Kinesiology 380 WSU Quiz on Exam 2, created by Madison Schmitke on 24/10/2021.
- Author
- Madison Schmitke
- Language
- English
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- History
- Created on 24 Oct 2021 · updated on 24 Oct 2021
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