SPI Practice Test 2026 Full Questions with Verified Answers Page 1 2026-03-10
SPI Practice Test 2026 Full
Questions with Verified
Answers
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_ 1
Page 1 of 72 SPI Practice Test 2026 Full Questions with Verified Answers.pdf
,SPI Practice Test Page 2 2026-03-10
Which of the following do the source and the medium determine?
a. duty factor
b. frequency
c. propagation speed
d. axial resolution
d.
Axial resolution is affected by all of the following EXCEPT
a. frequency
b. damping
c. spatial pulse length
d. focusing
d.
Page 2 of 72 2 SPI Practice Test.pdf
,SPI Practice Test Page 3 2026-03-10
Damping in a transducer
a. reduces the number of cycles in a pulse and increases the quality factor
b. increases the number of cycles in a pulse and increases penetration
c. causes poor axial and lateral resolution
d. reduces the duty factor and increases the range of transmitted frequencies
d.
Far zone beam divergence can be reduced on a single-element transducer by using
a. a transducer with a smaller element diameter
b. a higher frequency transducer
c. a lower frequency transducer or a smaller element diameter
d. adjustable focusing
b.
Page 3 of 72 3 SPI Practice Test.pdf
, SPI Practice Test Page 4 2026-03-10
The area between the face of an unfocused single-element transducer and the point where the beam starts to
diverge is the
a. Fraunhofer zone
b. refraction zone
c. focal zone
d. near zone
d.
Assuming a fixed frequency, what happens if the diameter of an unfocused transducer is increased?
a. the far zone divergence increases
b. the penetration decreases
c. the length of the near zone increases
d. the length of the near zone decreases
c.
Page 4 of 72 4 SPI Practice Test.pdf
SPI Practice Test 2026 Full
Questions with Verified
Answers
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_ 1
Page 1 of 72 SPI Practice Test 2026 Full Questions with Verified Answers.pdf
,SPI Practice Test Page 2 2026-03-10
Which of the following do the source and the medium determine?
a. duty factor
b. frequency
c. propagation speed
d. axial resolution
d.
Axial resolution is affected by all of the following EXCEPT
a. frequency
b. damping
c. spatial pulse length
d. focusing
d.
Page 2 of 72 2 SPI Practice Test.pdf
,SPI Practice Test Page 3 2026-03-10
Damping in a transducer
a. reduces the number of cycles in a pulse and increases the quality factor
b. increases the number of cycles in a pulse and increases penetration
c. causes poor axial and lateral resolution
d. reduces the duty factor and increases the range of transmitted frequencies
d.
Far zone beam divergence can be reduced on a single-element transducer by using
a. a transducer with a smaller element diameter
b. a higher frequency transducer
c. a lower frequency transducer or a smaller element diameter
d. adjustable focusing
b.
Page 3 of 72 3 SPI Practice Test.pdf
, SPI Practice Test Page 4 2026-03-10
The area between the face of an unfocused single-element transducer and the point where the beam starts to
diverge is the
a. Fraunhofer zone
b. refraction zone
c. focal zone
d. near zone
d.
Assuming a fixed frequency, what happens if the diameter of an unfocused transducer is increased?
a. the far zone divergence increases
b. the penetration decreases
c. the length of the near zone increases
d. the length of the near zone decreases
c.
Page 4 of 72 4 SPI Practice Test.pdf
