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Blood Pressure | Electrocardiogram | Blood | Thoracic Anatomy | Blood Cell Identification | Immune System Histology | Sheep Heart Anatomy |
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1. |
Define
diastolic blood pressure. |
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2. |
Given
a blood pressure of 125/80, what is the mean arterial pressure? |
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3. |
Assuming
a stroke volume output of 70 ml at rest that increases by 20% after exercise,
and a heart rate of 60 at rest and 125 following exercise, calculate the
cardiac output standing at rest and immediately after exercise. |
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4. |
The
specific gravity of mercury 13.6 times that of water. If your blood pressure
were 110/70 mm Hg, what would that be in cm H20? |
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5. |
When
the electrode pads are placed on the subject, where is the positive electrode
placed? |
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6. |
You
can calculate your heart rate in two ways. First, you could simply count the number
of pulses for a given time period and adjust that to the number of pulses per
minute. Or, you could measure the cycle time of the cardiac cycle. If you
measure the cycle time to be 0.575 sec, what is the heart rate? |
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7. |
What
does the P-wave of the ECG represent? |
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8. |
Using
the ABO-Rh blood typing system, list the possible phenotypes. |
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9. |
What
are the possible genotypes of an individual with |
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10. |
Identify the following structures in this
dissection of the canine thorax: |
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C D B A |
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11. |
Identify
the indicated blood cells: A |
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12. |
Using
these pictures as your guide, be able to identify the specified immune system
organs: |
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13. |
Identify
the labelled structures: |
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[ Anatomy & Physiology 2 laboratory syllabus ] |
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