Pta Quiz

Front 1

Why are vital signs important

Back 1

Established patient goals develops a treatment plan assesses the response to treatment documenting skilled intervention

Front 2

What is the new average temperature?

Back 2

97.5. What are some things I can throw off in

Front 3

What are some things I can throw off an accurate temperature reading

Back 3

Time of day, your period aging the season fitness eating alcohol

Front 4

What percentage is considered hypoxemia

Back 4

Less than 90% SPO2

Front 5

What is a normal pulse rate for Neonates

Back 5

120 to 160

Front 6

What is the average pulse rate for a baby?

Back 6

100 to 120

Front 7

What is the average pulse rate for a kid

Back 7

80 to 100

Front 8

What is the average pulse rate for an adult?

Back 8

60 to 100

Front 9

The first blood exerts against a vessel wall

Back 9

Blood pressure

Front 10

What is a blood pressure showing hypotension?

Back 10

Consistently under 100

Front 11

What is considered stage one hypertensive

Back 11

130 to 139/80 to 89

Front 12

What blood pressure is considered stage two hypertensive

Back 12

Greater than 140 over greater than 90

Front 13

What is orthostatic hypotension?

Back 13

When peoples blood pressure drops when they change positions

Front 14

What is considered abnormal in terms of blood pressure

Back 14

Over or around 250, a big drop, 115 diastolic, or if your systolic won’t increase with exercise

Front 15

What is a normal respiration for a neonate?

Back 15

40 to 60 bpm

Front 16

What is the normal respiration for a baby?

Back 16

25 to 50

Front 17

What is the normal respiration for a kid?

Back 17

15 to 30

Front 18

What is the normal respiration for an adult?

Back 18

12 to 20

Front 19

What does Wilda stand for?

Back 19

Words, intensity, location, duration, aggravating, alleviating

Front 20

What is the path of blood flow through the heart?

Back 20

Starting from superior vena cava to right atrium to tricuspid valve to right ventricle to pulmonary valve to pulmonary artery to lungs to pulmonary vein to left atrium to mitral valve to left ventricle to aortic valve to aorta to the body

Front 21

Describe blood flow through the body

Back 21

Heart to aorta to arteries to arterials to capillaries to venules to large veins to inferior and superior vena cava

Front 22

What is heart rate time stroke, volume?

Back 22

Cardiac output the amount of blood pumped in one minute

Front 23

Name the parts of the cardiac cycle

Back 23

Systole ,diastole ,atrial diastole, atrial systole ventricle diastole,ventricle systole

Front 24

Explain in simple terms the cardiac cycle

Back 24

Period of contraction. Of relaxation. Of atrial falling. Of atrial contraction and emptying. A ventricular filling. Of ventricular contraction.

Front 25

Describe the path of electrical conduction

Back 25

SA node to atrial muscle to AV node to bundle of HIS/AV bundle, to right, and left bundle branch to Purkinje fibers

Front 26

What happens during the P-wave?

Back 26

Atrial depolarization and contraction

Front 27

What happens at the QRS wave?

Back 27

Atrial repolarize, but it’s masked by ventricular depolarization

Front 28

What happens during the ST wave

Back 28

No net electrical charge

Front 29

Explain the process of ventilation

Back 29

Air moves from high pressure to low pressure is the size of the thoracic cavity. Decreases pressure inside increases vice verSa

Front 30

_____ inhalation is passive

________ requires cellular energy

Back 30

Quiet exhalation, inhalation

Front 31

Quiet inhalation begins with contraction of what

Back 31

Diaphragm and external intercostals

Front 32

The amount of air entering the lungs in a normal breath

Back 32

Tidal volume

Front 33

Amount of air remaining after forced expiration

Back 33

Residual volume

Front 34

Max amount of air that can be inhaled in excess of normal quiet inspiration

Back 34

Inspiratory reserve volume

Front 35

Max volume of air expired following a passive expiration

Back 35

Expiratory reserve volume

Front 36

The amount of air expired following a maximal inspiration

Back 36

Vital capacity

Front 37

The total volume of air in lungs after a maximal inspiration

Back 37

Total lung capacity

Front 38

Flow of gases between aviolar air in blood in pulmonary circulation

Back 38

Diffusion

Front 39

Which intercostal is responsible for forced exhaling

Back 39

Internal intercostals

Front 40

Which intercostal is responsible for breathing in

Back 40

External

Front 41

What is systole?

Back 41

Period of contraction

Front 42

What is diastole?

Back 42

Period of relaxation

Front 43

What is atrial diastole?

Back 43

Period of atrial filling

Front 44

What is atrial systole?

Back 44

Period of atrial contraction in emptying

Front 45

What is ventricular diastole?

Back 45

Period of ventricular filling

Front 46

What happens during QRS wave?

Back 46

Ventricular, depolarization and contraction

Front 47

What happens at the T-wave?

Back 47

Ventricular, repolarization and contraction

Front 48

What is the difference between alveolar air and blood in the capillary

Back 48

Alveolar air has a high concentration of oxygen. So oxygen flows into the capillary high to low concentration.

Front 49

The pulmonary artery has high co2 alveoli has low co2 so what happens

Back 49

Co2 diffuses to the alveoli