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TMC Practice Exam B Kettering | 160 Questions and Answers | Already GRADED A | Respiratory Therapy TMC Exam Prep | NBRC Board Review PDF

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INSTANT PDF DOWNLOAD — This is the comprehensive practice exam for the TMC (Therapist Multiple-Choice) Exam - Kettering Practice Exam B, featuring 160 questions with answers already graded A. Designed for respiratory therapy students and graduates preparing for the National Board for Respiratory Care (NBRC) TMC certification exam, this resource consolidates the critical respiratory care concepts required to pass the TMC exam and achieve the Clinical Simulation Exam (CSE) eligibility. The guide is meticulously aligned with the current NBRC TMC exam blueprint, clinical practice guidelines, and evidence-based respiratory care standards. This verified resource provides comprehensive coverage of key TMC Exam topics, including: Patient Data Evaluation and Recommendation (patient history, physical examination findings, laboratory data (ABG, CBC, electrolytes, coagulation studies), hemodynamic data (CVP, PAP, PAWP, cardiac output), radiologic findings (chest x-ray, CT, fluoroscopy), pulmonary function testing (spirometry, lung volumes, diffusion capacity), sleep study results (polysomnography), bronchoscopy findings, bedside pulmonary mechanics, gas exchange assessment (PaO₂, PaCO₂, pH, HCO₃⁻, SaO₂, SvO₂, ScvO₂), metabolic measurements (VO₂, VCO₂, REE), quality control data, infection control data); Troubleshooting and Quality Control (equipment troubleshooting (mechanical ventilators—alarms, circuit leaks, humidification, PEEP/CPAP malfunction, pressure support malfunction, SIMV malfunction, flow triggering issues; oxygen delivery devices—nasal cannula, simple mask, partial rebreather, non-rebreather, venturi mask, aerosol mask, tracheostomy collar, T-piece, high-flow nasal cannula (HFNC); airway management equipment—endotracheal tubes, tracheostomy tubes, supraglottic airways (LMA), suction catheters; aerosol generators—small-volume nebulizers (SVN), metered-dose inhalers (MDI), dry powder inhalers (DPI), spacers/holding chambers; humidity devices—bubble humidifiers, pass-over humidifiers, heat and moisture exchangers (HME), heated humidifiers; pulmonary function equipment—spirometers, body plethysmographs, diffusion equipment; blood gas analyzers, pulse oximeters, capnographs, pressure manometers, flow meters, oxygen analyzers, vacuum regulators), quality control procedures (blood gas analyzer calibration and maintenance, spirometer calibration, oxygen analyzer calibration, equipment leak testing, infection control surveillance, equipment disinfection and sterilization, biological indicator testing, chemical indicator testing), infection control practices (hand hygiene, PPE, standard precautions, transmission-based precautions, equipment disinfection (high-level disinfection, sterilization), circuit changes, water reservoir changes, inline suction catheter changes, closed suction system use); Initiation and Modification of Respiratory Care (oxygen therapy initiation and adjustment (FiO₂, flow rate, device selection), aerosolized medication administration (bronchodilators (SABA—albuterol, levalbuterol; LABA—salmeterol, formoterol), anticholinergics (ipratropium, tiotropium), inhaled corticosteroids (fluticasone, budesonide, beclomethasone), mucolytics (acetylcysteine, dornase alfa), antimicrobials (tobramycin, aztreonam, colistin, pentamidine, ribavirin), pulmonary vasodilators (prostacyclin (iloprost, treprostinil, epoprostenol), nitric oxide), surfactant), hyperinflation therapy (incentive spirometry (IS), intermittent positive pressure breathing (IPPB), positive expiratory pressure (PEP) therapy, flutter valve, intrapulmonary percussive ventilation (IPV)), airway clearance therapy (chest physiotherapy (CPT)—percussion, vibration, postural drainage; high-frequency chest wall oscillation (HFCWO) (Vest), intrapulmonary percussive ventilation (IPV), mechanical insufflation-exsufflation (MIE) (CoughAssist), positive expiratory pressure (PEP) therapy, oscillatory PEP (flutter valve, Acapella, Aerobika), autogenic drainage, active cycle of breathing technique (ACBT), manual hyperinflation, suctioning (nasotracheal, orotracheal, endotracheal, tracheostomy)), lung expansion therapy (incentive spirometry (IS), positive end-expiratory pressure (PEEP), continuous positive airway pressure (CPAP), bilevel positive airway pressure (BiPAP), noninvasive ventilation (NIV) (IPAP, EPAP)), mechanical ventilation (initiation of invasive mechanical ventilation (ventilator mode selection—AC (volume control, pressure control), SIMV (volume control, pressure control), PSV, PCV, PRVC, APRV, BiVent, NAVA; ventilator parameter settings (tidal volume (Vt), respiratory rate (f), inspiratory time (Ti), inspiratory flow (V̇), inspiratory pressure (PIP, Pplateau), PEEP, FiO₂, trigger sensitivity (flow trigger, pressure trigger), rise time, flow pattern (decelerating, square)), weaning from mechanical ventilation (weaning parameters (RSBI, NIF, MIP, VC, Ve, CROP, f/Vt, P0.1), spontaneous breathing trial (SBT) (T-piece, CPAP, low-level PSV), weaning modes (SIMV, PSV, T-piece trials)), noninvasive ventilation (NIV) initiation and adjustment (CPAP, BiPAP (IPAP, EPAP, backup rate), device selection (ICU ventilator, portable NIV device), interface selection (oronasal mask, nasal mask, total face mask, helmet), pressure adjustment), airway management (endotracheal tube and tracheostomy tube selection, cuff pressure management (minimal leak technique, minimal occlusive volume, manometer measurement), tube positioning (auscultation, capnography, chest x-ray, fiberoptic bronchoscopy), extubation criteria, decannulation criteria); Disease State Management (obstructive lung diseases—asthma, COPD (emphysema, chronic bronchitis), bronchiectasis, cystic fibrosis; restrictive lung diseases—interstitial lung disease (idiopathic pulmonary fibrosis (IPF), sarcoidosis, hypersensitivity pneumonitis), pneumoconioses (silicosis, asbestosis, coal worker's pneumoconiosis), neuromuscular disorders (ALS, muscular dystrophy, myasthenia gravis, Guillain-Barré syndrome, spinal cord injury), chest wall disorders (kyphoscoliosis, ankylosing spondylitis, obesity hypoventilation syndrome (OHS)); vascular lung diseases—pulmonary embolism (PE), pulmonary hypertension, cor pulmonale; respiratory infections—pneumonia (CAP, HAP, VAP), tuberculosis (TB), bronchitis, bronchiolitis; acute respiratory conditions—acute respiratory dist

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TMC Practice Exam B Kettering
160 Questions and Answers
(Already GRADED A)

Exam Structure:

Subject: Respiratory Therapy

Source: RRT Exam (Kettering TMC Practice Exam B)

Format: Multiple Choice




1. After a patient undergoes a thoracentesis, the respiratory therapist
notes that the obtained pleural fluid is clear with a slight straw color.
This fluid is most likely the result of:
A. empyema
B. congestive heart failure
C. lung carcinoma
D. hemothorax
Correct Answer: B. congestive heart failure
Rationale:
1. Clear, straw-colored pleural fluid is a transudate, which occurs in
conditions like congestive heart failure due to increased hydrostatic
pressure.
2. Empyema produces purulent fluid; lung carcinoma often produces
bloody or serosanguinous fluid; hemothorax produces grossly bloody
fluid.

2. Which of the following would be most important to evaluate for a
patient who is entering a smoking cessation program?
A. Height

, 2|Page


B. Smoking history
C. Weight
D. Diet
Correct Answer: B. Smoking history
Rationale:
1. Smoking history (pack-years, duration, quit attempts) is essential for
assessing risk and tailoring cessation interventions.
2. Height, weight, and diet are less directly relevant to smoking cessation
success.

3. The respiratory therapist is calibrating a spirometer and checking
the volume with a 3.0 liter super syringe. The volumes recorded are:
2.85 L, 2.8 L, and 2.8 L. Based upon the information obtained which of
the following is a correct statement?
A. Another syringe needs to be used
B. Spirometer is accurate
C. The plunger was advanced too slowly
D. Spirometer may have a leak
Correct Answer: D. Spirometer may have a leak
Rationale:
1. The measured volumes are consistently less than the 3.0 L syringe
volume, suggesting a leak or calibration error.
2. A leak in the spirometer would cause underestimation of delivered
volume.

4. Which of the following is an indication for high frequency jet
ventilation?
A. Bronchopleural fistula
B. Wilson-Mikity syndrome
C. Necrotizing lesion of right lung
D. Centrilobular emphysema
Correct Answer: A. Bronchopleural fistula
Rationale:
1. High-frequency jet ventilation (HFJV) is indicated for bronchopleural
fistula because it uses low tidal volumes and high frequencies, reducing
air leak.
2. HFJV minimizes peak airway pressures, allowing the fistula to heal.

, 3|Page



5. A 43-year-old female patient has just undergone a total abdominal
hysterectomy. The patient arrives in the post anesthesia care unit
obtunded with minimal response to painful stimulus. What treatment
should the respiratory therapist recommend for this patient?
A. Initiate assisted ventilation
B. Insert oropharyngeal airway
C. Obtain positron emission tomography
D. Initiate noninvasive capnography
Correct Answer: B. Insert oropharyngeal airway
Rationale:
1. An obtunded patient with minimal response is at risk for airway
obstruction from the tongue falling back.
2. An oropharyngeal airway lifts the tongue off the posterior pharynx,
maintaining airway patency.

6. A 44 week gestational age infant has just been delivered via C-
section and is gasping, grunting, and has tachycardia and tachypnea.
At one minute his Apgar score is 4 and at 5 minutes the score is 5. The
infant is most likely suffering from:
A. transient tachypnea of the newborn
B. meconium aspiration
C. bronchopulmonary dysplasia
D. apnea of prematurity
Correct Answer: B. meconium aspiration
Rationale:
1. Post-term infants (44 weeks) are at risk for meconium aspiration
syndrome.
2. Symptoms include respiratory distress (gasping, grunting, tachypnea)
and low Apgar scores.

7. What is the normal VD/VT ratio for a patient breathing room air?
A. 5 – 15%
B. 20 – 40%
C. 45 – 55%
D. 65 – 75%
Correct Answer: B. 20 – 40%

, 4|Page


Rationale:
1. Normal physiologic dead space to tidal volume ratio (VD/VT) is 0.20-
0.40 (20-40%).
2. It represents the fraction of each breath that does not participate in gas
exchange.

8. A heat moisture exchanger is indicated for humidification in which
of the following situations?
A. Mechanical ventilation in a long-term care facility
B. Transport to a tertiary care center
C. Patient with tenacious secretions
D. Delivery of aerosolized bronchodilators
Correct Answer: B. Transport to a tertiary care center
Rationale:
1. Heat moisture exchangers (HMEs) are lightweight, portable, and
require no external power, making them ideal for transport.
2. They are not recommended for patients with thick, bloody, or tenacious
secretions.

9. All of the following could cause a patient's right-hemidiaphragm to
be elevated, EXCEPT:
A. right lower lobe atelectasis
B. right side hyperlucency, absent vascular markings
C. hepatomegaly
D. right lower lobe consolidation with air bronchograms
Correct Answer: B. right side hyperlucency, absent vascular markings
Rationale:
1. Right side hyperlucency with absent vascular markings suggests a
pneumothorax, which would cause the diaphragm to appear lower, not
elevated.
2. Atelectasis, hepatomegaly, and consolidation can all cause ipsilateral
diaphragm elevation due to mass effect or loss of lung volume.

10. A 64-year-old, 70 kg (154 lb) man with severe COPD is receiving
independent (differential) lung ventilation following thoracotomy and
right lower lobectomy. Which of the following setting combinations
would be most appropriate for this patient?

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