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MDC 4 EXAM 3 LATEST 2026-2027 ACTUAL EXAM WITH COMPLETE
QUESTIONS AND CORRECT DETAILED ANSWERS (100% VERIFIED
ANSWERS) |ALREADY GRADED A+| ||PROFESSOR VERIFIED||
||BRANDNEW!!!||
Assign a color to the following victim on the scene of a disaster:
50-year-old man has bilateral fractured femurs. He has a faint
radial pulse and a respiratory rate of 24.
Red
Yellow
Green
Black - ANSWER-red
Assign a color to the following victim on the scene of a disaster: A
66-year-old male patient is sitting on the ground. His eyes are
open, but he can't answer or follow directions.
Red
Yellow
Green
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Black - ANSWER-red
Assign a color to the following victim on the scene of a disaster:
An unresponsive male patient has snoring respirations. His
breathing improves when you open his airway.
Red
Yellow
Green
Black - ANSWER-red
Assign a color to the following victim on the scene of a disaster: A
36-year-old man is unresponsive with brain matter showing.
Red
Yellow
Green
Black - ANSWER-black
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Assign a color to the following victim on the scene of a disaster: A
responsive 34-year-old female has pale, moist skin and
respirations of 32/minute.
Red
Yellow
Green
Black - ANSWER-red
16. A 63 kg female burn victim presents to the ED with burns to
the anterior and posterior surfaces of both legs. Using the Rule of
Nines, calculate the TBSA affected for this patient. Then, using
the Parkland Baxter formula for fluid resuscitation, calculate the
TOTAL fluid this client will receive in the first 24 hours of
treatment. (Please provide explanation or show your work). -
ANSWER-Left leg anterior and posterior 18%
Right leg anterior and posterior 18%
18%+18%=36%
4mL X 36% X 63kg= 9,072mL in first 24 hours
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1/2 of total in first 8 hours = 4,536mL
1/4 of total in second 8 hours= 2,268mL
1/4 total in third 8 hours= 2,268mL
Pump would be set to 567ml/hr for the first 8 hours.
An 85 kg male burn victim presents to the ED with burns to the
anterior surfaces of his bilateral upper extremities and face. He
sustained the injuries while burning leaves at his home.
Fortunately his chest was not affected. Using the Rule of Nines,
calculate the TBSA affected for this patient. Then, using the
Parkland Baxter formula for fluid resuscitation, calculate the
TOTAL fluid this client will receive in the first 24 hours of
treatment. (Please provide explanation or show your work). -
ANSWER-To calculate fluid=
Parkland (Baxter) =4mL/kg/%TBSA burn
4ml x 13.5% x 85 kg. = 4,590 totals given in 24 hrs.
MDC 4 EXAM 3 LATEST 2026-2027 ACTUAL EXAM WITH COMPLETE
QUESTIONS AND CORRECT DETAILED ANSWERS (100% VERIFIED
ANSWERS) |ALREADY GRADED A+| ||PROFESSOR VERIFIED||
||BRANDNEW!!!||
Assign a color to the following victim on the scene of a disaster:
50-year-old man has bilateral fractured femurs. He has a faint
radial pulse and a respiratory rate of 24.
Red
Yellow
Green
Black - ANSWER-red
Assign a color to the following victim on the scene of a disaster: A
66-year-old male patient is sitting on the ground. His eyes are
open, but he can't answer or follow directions.
Red
Yellow
Green
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Black - ANSWER-red
Assign a color to the following victim on the scene of a disaster:
An unresponsive male patient has snoring respirations. His
breathing improves when you open his airway.
Red
Yellow
Green
Black - ANSWER-red
Assign a color to the following victim on the scene of a disaster: A
36-year-old man is unresponsive with brain matter showing.
Red
Yellow
Green
Black - ANSWER-black
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Assign a color to the following victim on the scene of a disaster: A
responsive 34-year-old female has pale, moist skin and
respirations of 32/minute.
Red
Yellow
Green
Black - ANSWER-red
16. A 63 kg female burn victim presents to the ED with burns to
the anterior and posterior surfaces of both legs. Using the Rule of
Nines, calculate the TBSA affected for this patient. Then, using
the Parkland Baxter formula for fluid resuscitation, calculate the
TOTAL fluid this client will receive in the first 24 hours of
treatment. (Please provide explanation or show your work). -
ANSWER-Left leg anterior and posterior 18%
Right leg anterior and posterior 18%
18%+18%=36%
4mL X 36% X 63kg= 9,072mL in first 24 hours
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1/2 of total in first 8 hours = 4,536mL
1/4 of total in second 8 hours= 2,268mL
1/4 total in third 8 hours= 2,268mL
Pump would be set to 567ml/hr for the first 8 hours.
An 85 kg male burn victim presents to the ED with burns to the
anterior surfaces of his bilateral upper extremities and face. He
sustained the injuries while burning leaves at his home.
Fortunately his chest was not affected. Using the Rule of Nines,
calculate the TBSA affected for this patient. Then, using the
Parkland Baxter formula for fluid resuscitation, calculate the
TOTAL fluid this client will receive in the first 24 hours of
treatment. (Please provide explanation or show your work). -
ANSWER-To calculate fluid=
Parkland (Baxter) =4mL/kg/%TBSA burn
4ml x 13.5% x 85 kg. = 4,590 totals given in 24 hrs.
