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FREE AND STUDY GAMES ABOUT THERMOREGULATION
EXAM QUESTIONS
Actual Qs and Ans Expert-Verified Explanation
This Exam contains:
-Guarantee passing score -34 Questions and Answers -format set of multiple-choice -Expert-Verified Explanation
Question 1: What part of the body regulates core body temperature?
Answer:
Hypothalmus (the body's thermostat)
Question 2: In what ways can the body lose heat?
Answer:
Radiation, conduction, convection, vasodilation, evaporation, reduced muscle activity, increased respirations Question 3: If someone has a fever/hyperthermia, it is okay to give cool sponge baths, cooling blankets, and ice packs? True or false?
Answer:
False, they can increase shivering which is counterproductive, and increase temperature
Question 4: What are clincal manifestations of hyperthermia?
Answer:
Flushed skin, warm/hot to touch, diaphoretic, dry skin mucosa, seizures, confusion, coma
Question 5: In what person is basal metabolic rate (BMR) higher in?
Answer:
Higher in the younger, lower in the older
Question 6: What are clinical manifestations of hypothermia?
Answer:
Cool pale skin, cyanosis, slow cap refill, rigid muscles, dysrhythmias, confusion, coma
Question 7: Which core temperature site is preferred, rectal or tympanic?
Answer:
Tympanic because it is less invasive
Question 8: How do you treat someone with hypothermia?
Answer:
Warm head coverings, warm blankets, warm IV fluids, if patient is conscious have them drink warm soup or beverage
Question 9: What is therapeutic hypothermia used for?
Answer:
Often performed during procedures such as surgery/emergencies to reduce oxygen demand and reduce body's metabolic demand
Question 10: Are mild to moderate fevers beneficial to patients?
Answer:
Yes, it is part of the inflammatory response, and means our immune system is working properly
Question 11: How does increased respiratory contribute to heat loss?
Answer:
Cool air is inhaled, and is exchanged for warm air which is exhaled
Question 12: What is considered a hyperthermic temperature?
Answer:
>37.2C >99.7F
Question 13: Are axillary temps accurate in adults? True or False?
Answer:
False
Question 14: How do we lose heat through vasodilation?
Answer:
Causes larger amount of blood to come up to surfaces of tissue
Question 15: Is a tympanic temperature a core temperature (ear)? True or false?
Answer:
True
Question 16: How is evaporation involved in heat loss?
Answer:
Converting water to gas (example: we perspire moisture is lose in the air)
Question 17: What is the definition for febrile?
Answer:
Describes a person with a fever
Question 18: What is thermoregulation?
Answer:
Factors that regulate body temperature. The process of maintaining the core body temperature at nearly a constant value
Question 19: How does convection contribute to heat loss?
Answer:
Process of losing heat through water or air (example: using fan to cool off skin or wearing wet clothes=accelerates heat loss)
Question 20: How does conduction contribute to heat loss?
Answer:
Direct contact of 1 surface to another. Warmer surfaces lose heat to colder surfaces. (Example: heat loss through sleeping on cold ground)
Question 21: What is the definition of heat stroke?
Answer:
When prolonged exposure to high environmental temps overwhelms the body's heat loss mechanisms
Question 22: How does radiation contribute to heat loss?
Answer:
It is heat lost through infrared rays from one object to another without physical contact (Examples: sun heating earth)
Question 23: What is the temperature range for hyperpyrexia?
Answer:
Above a 41.5C or 106.7 F
Question 24: Are axillary temperatures accurate in infants? True of false?
Answer:
True
Question 25: How does reduced muscle activity contribute to heat loss?
Answer:
Lack on muscle contraction= less heat production
Question 26: What medications can be administered for fever reduction?
Answer:
Ibuprofen or acetaminophen
Question 27: What is considered a hypothermic temperature?
Answer:
30C-34C
Below 97.2F
Question 28: What are factors that impact thermoregulation?
Answer:
Age, diurnal variations (time of day), exercise, hormones, stress, environment