Test Prep HESI-A2 Online Practice Questions and Exam Preparation

Test Prep HESI-A2 Online Questions & Answers

• Question 491:

  Which blood type is considered the universal donor?

  A. AB
  B. AB+
  C. O
  D. O+
  C. O

• Question 492:

  Ominous is best defined as:

  A. clarifying
  B. portentous
  C. sensuous
  D. demanding
  B. portentous

• Question 493:

  Moving the arm toward the body would be described as a _______ movement, rather than a ______ movement.

  A. distal, proximal.
  B. proximal, distal.
  C. proximal, anterior.
  D. anterior, superior.
  B. proximal, distal.

• Question 494:

  Select the meaning of the underlined word in the sentence.

  The manifestation of a rash on the patient's skin indicated that he was allergic.

  A. shirking
  B. appearance
  C. donning
  D. acquiescence
  B. appearance

• Question 495:

  Which of the following is responsible for differentiation, or specialization, of cells?

  A. Platelets.
  B. Hormones.
  C. Neurons.
  D. Brain cells.
  B. Hormones.

• Question 496:

  Which number is a factor of 42?

  A. 24
  B. 21
  C. 9
  D. 40
  B. 21

• Question 497:

  Which of the following is NOT a function of the digestive tract?

  A. To use enzymes to break down food.
  B. To perform gas exchange.
  C. To remove waste from the body.
  D. To use peristalsis to move food along.
  B. To perform gas exchange.

• Question 498:

  What is the name of the structure that transfers urine from the kidneys to the bladder?

  A. Urethra.
  B. Tubules.
  C. Ureters.
  D. Nephron.
  C. Ureters.

• Question 499:

  Which of these is the best definition of the word languid?

  A. sluggish
  B. depressed
  C. warm
  D. talkative
  A. sluggish

• Question 500:

  Rank the following intermolecular forces in decreasing strength: hydrogen bonding, London dispersion forces, ion-dipole interactions, ion bonding, and dipole-dipole interactions.

  A. ionic bonding > dipole-dipole interactions > ion-dipole interactions > hydrogen bonding > London dispersion forces
  B. ionic bonding > hydrogen bonding > ion-dipole interactions > dipole-dipole interactions > London dispersion forces
  C. ionic bonding < ion-dipole interactions < dipole-dipole interactions < hydrogen bonding < London dispersion forces
  D. ionic bonding > ion-dipole interactions > hydrogen bonding > dipole-dipole interactions > London dispersion forces
  D. ionic bonding > ion-dipole interactions > hydrogen bonding > dipole-dipole interactions > London dispersion forces