chapter tests 1-28 and 36-37 Flashcards
(343 cards)
Chapter 6
What is the larger bone of the lower leg?
A. Patella
B. Femur
C. Fibula
D. Tibia
D. Tibia
Chapter 6
The cardiac muscle receives its supply of oxygenated blood by which of the following mechanisms?
A. The brachial artery returning blood from the lungs
B. The pulmonary artery beginning at the right ventricle
C. Coronary veins that branch off the pulmonary vein as it returns oxygenated blood to the heart
D. Coronary arteries that branch off the aorta
D. Coronary arteries that branch off the aorta
Chapter 6
What system is composed of organs, tissues, and vessels that help maintain the fluid balance of the body and contribute to the body’s immune system?
A. Lymphatic system
B. Endocrine system
C. Respiratory system
D. Digestive system
A. Lymphatic system
Chapter 6
At which of the following locations could you palpate a malleolus?
A. Spinal column
B. Ankle
C. Wrist
D. Elbow
B. Ankle
Chapter 6
You are on the scene at an office building where a 32-year-old male is described as having difficulty breathing and chest pain. The patient is allergic to peanuts and thinks he may have accidentally ingested some cookies with peanuts in them this afternoon during his break. He is pale with a pulse rate of 158 and a respiratory rate of 36. You understand that a fight-or-flight response may have been activated in this patient, involving which nervous system and which hormone?
A. Sympathetic nervous system and insulin
B. Parasympathetic nervous system and insulin
C. Parasympathetic nervous system and epinephrine
D. Sympathetic nervous system and epinephrine
D. Sympathetic nervous system and epinephrine
Chapter 6
What is the inferior-most portion of the sternum?
A. Manubrium
B. Sternal notch
C. Body
D. Xiphoid process
D. Xiphoid process
Chapter 7
When the body’s water moves from the bloodstream into the interstitial space, this can often be seen as:
A. edema.
B. hypovolemia.
C. hydrostatic pressure.
D. dehydration.
A. edema.
Chapter 7
A patient breathing in room air should be receiving ________ percent oxygen.
A. 16
B. 21
C. 100
D. 5
B. 21
Chapter 7
Carbon dioxide is transported back to the lungs via:
A. oncotic pressure.
B. plasma.
C. white blood cells.
D. hydrostatic pressure.
B. plasma.
Chapter 7
An infection of the brain is called:
A. meningitis.
B. hypoglycemia.
C. encephalitis.
D. multiple sclerosis.
C. encephalitis.
Chapter 8
You are assessing a female patient with depression. She tells you that her psychologist said that she is dealing with “empty-nest syndrome.” What age group is this associated with?
A. Middle-aged adulthood
B. Early adulthood
C. Middle adulthood
D. Late adulthood
C. Middle adulthood
Chapter 8
What is a normal heart rate for a school age child?
A. 90-160/minute
B. 80-140/minute
C. 70-120/minute
D. 65-120/minute
D. 65-120/minute
Chapter 8
Which of the following would be a normal set of vitals for a 4-year-old male patient?
A. Heart rate 100/minute, respiratory rate 44/minute, and systolic blood pressure of 100 mmHg
B. Heart rate 140/minute, respiratory rate 30/minute, and systolic blood pressure of 60 mmHg
C. Heart rate 60/minute, respiratory rate 24/minute, and systolic blood pressure of 96 mmHg
D. Heart rate 110/minute, respiratory rate 24/minute, and systolic blood pressure of 98 mmHg
D. Heart rate 110/minute, respiratory rate 24/minute, and systolic blood pressure of 98 mmHg
Chapter 8
Which of the following stages is commonly referred to as “the twilight years”?
A. Late adulthood
B. Early adulthood
C. Adolescence
D. Middle adulthood
A. Late adulthood
Chapter 10
Why does a patient involved in an auto crash who has major internal abdominal bleeding require oxygen to maintain internal respiration?
A. A lack of oxygen in the air decreases the oxygen diffused into the bloodstream, which creates an increase of carbon dioxide.
B. The remaining red blood cells have a reduction of hemoglobin that reduces the amount of oxygen that can be transported.
C. The swelling of the abdominal space causes the diaphragm to be restricted, which will reduce the thorax space.
D. A lack of circulating volume decreases the oxygen and carbon dioxide transport capability of the blood.
D. A lack of circulating volume decreases the oxygen and carbon dioxide transport capability of the blood.
Chapter 10
Which of the following statements best describes the exchange of gas in the alveoli?
A. Blood moves by way of the pulmonary capillaries, air arrives at the alveoli, and osmosis occurs.
B. Blood moves from the left heart to the lungs, air arrives in the alveoli sacs, and diffusion occurs.
C. Air moves into the airway, blood arrives via the pulmonary veins, and osmosis occurs.
D. Air moves into the alveoli, blood is transported by the pulmonary capillaries, and diffusion occurs.
D. Air moves into the alveoli, blood is transported by the pulmonary capillaries, and diffusion occurs.
Chapter 10
A nonrebreather mask at 12 to 15 liters per minute will generally provide the patient what percentage of oxygen?
A. 80-90
B. 16-21
C. 24-44
D. 90-100
A. 80-90
Chapter 10
Your patient is a 55-year-old man with a history of chronic bronchitis. You have been called to his home today because of an increase in his level of respiratory distress. The patient is on 2 liters per minute of oxygen by nasal cannula at home. Your assessment reveals difficulty speaking due to shortness of breath, leaning forward to breathe, a productive cough, and a respiratory rate of 32 per minute. Which of the following is true concerning the best course of action for this patient?
A. You should not increase the patient’s oxygen flow rate because of his likely dependence on a hypoxic drive to stimulate breathing.
B. Because increased blood levels of carbon dioxide are the primary stimulus to breathe, you should encourage the patient to rebreathe his exhaled air from a paper bag.
C. You should increase the patient’s oxygen flow rate until his respiratory rate decreases and then resume oxygen administration at 2 liters per minute.
D. You should increase the patient’s oxygen flow rate to deliver adequate amounts of oxygen to his tissues. If his respiratory rate decreases, you can assist him with a bag-valve-mask device.
D. You should increase the patient’s oxygen flow rate to deliver adequate amounts of oxygen to his tissues. If his respiratory rate decreases, you can assist him with a bag-valve-mask device.
Chapter 10
Why is inhalation described as an active process?
A. It requires the diaphragm to contract and use energy to move, creating a positive pressure.
B. It requires chest muscles to relax and use energy to move, creating a positive pressure.
C. It requires the diaphragm to relax and use energy to move, creating a negative pressure.
D. It requires chest muscles to contract and use energy to move, creating a negative pressure.
D. It requires chest muscles to contract and use energy to move, creating a negative pressure.
Chapter 10
A 21-year-old patient presents with labored breathing and audible wheezes, heart rate of 124, respiration 36; he has significantly altered mentation. What is the treatment for this patient?
A. Use a pocket mask, which will provide adequate oxygen to improve the patient’s condition.
B. Ventilate with a bag-valve mask with high oxygen or FROPVD.
C. Supplement the breaths with high-concentration oxygen through a nonrebreather mask.
D. Give mouth-to-mouth breathing with a nasal cannula, providing the patient with an increase of oxygen.
B. Ventilate with a bag-valve mask with high oxygen or FROPVD.
Chapter 10
The oxygen flow rate for a nasal cannula should not exceed ________ liters per minute.
A. 4
B. 2
C. 8
D. 6
D. 6
Chapter 10
The process of air moving in and out of the chest is called:
A. inhalation.
B. tidal volume.
C. respiration.
D. ventilation.
D. ventilation.
Chapter 11
Your patient, a 29-year-old female, was the front seat passenger in a vehicle that was struck in the passenger’s side door by another vehicle that ran a red light. Which of the following is most likely to have occurred?
A. The patient’s body was pushed forcefully out from under her head, causing injury to the cervical spine.
B. The patient took the down-and-under pathway, causing trauma to her lower extremities.
C. The patient took the up-and-over pathway, striking her head on the windshield.
D. The patient impacted the steering wheel with her chest, causing a fracture of the sternum.
A. The patient’s body was pushed forcefully out from under her head, causing injury to the cervical spine.
Chapter 12
Which of the following is the most reliable means of determining whether a patient has any immediately life-threatening conditions?
A. Thorough scene size-up
B. Systematic approach to assessment
C. Obtaining a detailed medical history
D. Use of intuition
B. Systematic approach to assessment