LMRT STATE EXAM REAL EXACT EXAM FINAL
PAPER 2026 TESTED QUESTIONS WITH FULL
SOLUTION GRADED A+
◉ Cause of death in 100-1,000 R range. Answer: Damage to the
hematopoietic system.
◉ Acute radiation syndrome. Answer: A condition resulting from
exposure to high doses of radiation, characterized by various stages
and symptoms.
◉ Hemopoietic system. Answer: The system primarily affected by
radiation doses in the 100-1,000 R range, leading to death.
◉ Central nervous system. Answer: The system primarily affected by
radiation doses greater than 10,000 R, leading to death.
◉ Gastrointestinal system. Answer: The system primarily affected by
radiation doses in the 600-10,000 R range, leading to death.
◉ Prodromal stage. Answer: The stage where the person
experiences nausea, vomiting, and diarrhea.
,◉ Latent stage. Answer: The stage where the person appears to be
symptom-free.
◉ Manifest stage. Answer: The stage where the person becomes
noticeably ill and shows signs and symptoms of the specific
syndrome reflecting the damaged organ system.
◉ Atrophy. Answer: The shrinking of tissues or organs due to
irritation.
◉ Desquamation. Answer: The peeling off of skin caused by
irradiation.
◉ Epilation. Answer: The term for hair loss caused by radiation.
◉ Radiation cataractogenesis. Answer: The formation of cataracts
caused by radiation.
◉ Average latent period for radiation-induced cataracts. Answer:
Approximately 15 years.
◉ Oogonia. Answer: The reproductive cells of the female.
◉ Spermatogonia. Answer: The reproductive cells of the male.
,◉ Lymphocytes. Answer: The first cells to be reduced following
radiation exposure to the bone marrow.
◉ Mature follicles. Answer: The main effect on the female gonads is
damage to these.
◉ Chromosomal aberration. Answer: Radiation-induced
chromosomal damage that occurs before DNA synthesis.
◉ Karyotype. Answer: The chromosome map used for cytogenetic
analysis of chromosomes.
◉ Gastrointestinal acute radiation syndrome. Answer: The acute
radiation syndrome that has an average survival time independent
of dose.
◉ Chromosomal damage. Answer: Can be caused by both low and
high radiation doses.
◉ Indirect ionization. Answer: The majority of chromosomal
damage occurs from this process.
, ◉ Radiosensitive. Answer: A term describing hair follicles and
human gonads.
◉ True or False: Diagnostic radiology produces low doses of
radiation and does not produce any form of sterility.. Answer: True.
◉ Mutation. Answer: Changes in DNA that cause genetic information
in the cell to be altered.
◉ Lethal dose. Answer: 6000 mSv; nobody has lived past it.
◉ Primary barriers height. Answer: Must be 7 feet tall.
◉ Leakage radiation limit. Answer: Shall not exceed 100 mR/hr at a
distance of 1 meter from the tube.
◉ Primary protective barriers lead equivalent. Answer: Must be
1/16 inch.
◉ Uncontrolled area design limits. Answer: Require barriers to
reduce exposure rate to less than 10 mrem/week.
◉ Exposure switch cord length. Answer: Must be long enough to
allow the radiographer to stand back at least 6 feet during exposure.
PAPER 2026 TESTED QUESTIONS WITH FULL
SOLUTION GRADED A+
◉ Cause of death in 100-1,000 R range. Answer: Damage to the
hematopoietic system.
◉ Acute radiation syndrome. Answer: A condition resulting from
exposure to high doses of radiation, characterized by various stages
and symptoms.
◉ Hemopoietic system. Answer: The system primarily affected by
radiation doses in the 100-1,000 R range, leading to death.
◉ Central nervous system. Answer: The system primarily affected by
radiation doses greater than 10,000 R, leading to death.
◉ Gastrointestinal system. Answer: The system primarily affected by
radiation doses in the 600-10,000 R range, leading to death.
◉ Prodromal stage. Answer: The stage where the person
experiences nausea, vomiting, and diarrhea.
,◉ Latent stage. Answer: The stage where the person appears to be
symptom-free.
◉ Manifest stage. Answer: The stage where the person becomes
noticeably ill and shows signs and symptoms of the specific
syndrome reflecting the damaged organ system.
◉ Atrophy. Answer: The shrinking of tissues or organs due to
irritation.
◉ Desquamation. Answer: The peeling off of skin caused by
irradiation.
◉ Epilation. Answer: The term for hair loss caused by radiation.
◉ Radiation cataractogenesis. Answer: The formation of cataracts
caused by radiation.
◉ Average latent period for radiation-induced cataracts. Answer:
Approximately 15 years.
◉ Oogonia. Answer: The reproductive cells of the female.
◉ Spermatogonia. Answer: The reproductive cells of the male.
,◉ Lymphocytes. Answer: The first cells to be reduced following
radiation exposure to the bone marrow.
◉ Mature follicles. Answer: The main effect on the female gonads is
damage to these.
◉ Chromosomal aberration. Answer: Radiation-induced
chromosomal damage that occurs before DNA synthesis.
◉ Karyotype. Answer: The chromosome map used for cytogenetic
analysis of chromosomes.
◉ Gastrointestinal acute radiation syndrome. Answer: The acute
radiation syndrome that has an average survival time independent
of dose.
◉ Chromosomal damage. Answer: Can be caused by both low and
high radiation doses.
◉ Indirect ionization. Answer: The majority of chromosomal
damage occurs from this process.
, ◉ Radiosensitive. Answer: A term describing hair follicles and
human gonads.
◉ True or False: Diagnostic radiology produces low doses of
radiation and does not produce any form of sterility.. Answer: True.
◉ Mutation. Answer: Changes in DNA that cause genetic information
in the cell to be altered.
◉ Lethal dose. Answer: 6000 mSv; nobody has lived past it.
◉ Primary barriers height. Answer: Must be 7 feet tall.
◉ Leakage radiation limit. Answer: Shall not exceed 100 mR/hr at a
distance of 1 meter from the tube.
◉ Primary protective barriers lead equivalent. Answer: Must be
1/16 inch.
◉ Uncontrolled area design limits. Answer: Require barriers to
reduce exposure rate to less than 10 mrem/week.
◉ Exposure switch cord length. Answer: Must be long enough to
allow the radiographer to stand back at least 6 feet during exposure.
