5 Written Questions

1. the official output intensity labeling use to clarify bioeffect
2. 1-3
3. 1-10 kHz (1,000-10,000 Hz)
4. length/distance that a pulse occupies in space, determines axial resolution
5. aka: the time-of- flight of a sound pulse btwn xdcr and botton of image

5 Matching Questions

1. Pulse Repetition Period
2. Amp.
3. Pulse Repetition Frequency
4. Duty Factor
5. Directly proportional to Amp squared

1. a the number of pulses that occur in 1 sec.
2. b power
3. c the time from the start of the one pulse to the start of the next
4. d fraction/% of time that a pulsed u/s is on or transmitting (unitless)
5. e It's units depend on the acoustic variable (decreases exponentially as sound propagates thru body

5 Multiple Choice Questions

1. cycles & deadtime
   1. Two components of a pulse
   2. 5 descriptors of a pulse
   3. Pulse
   4. Counterpart to SPL
2. a collection of cycles with a beginning and end
   1. Pulse
   2. PRP
   3. Pulse u/s
   4. Power
3. on, transmitting, sending time
   1. cycles
   2. Power
   3. BUC
   4. SPL
4. time from the start of a pulse to the end of "that" pulse
   1. Pulse Duration
   2. PD (equation)=
   3. Pulse u/s
   4. Pulse
5. (temporal peak) max. I found in the pulse @ an instance in time
   1. PA
   2. SPL
   3. TP
   4. TA

5 True/False Questions

1. TA → (temporal avg) avg. I during PRP (transmit and receive times) related to DF

   True        False

2. deadtime → (pulse avg) avg. I during PD includes beginning (increased value) & near end (decreased value)

   True        False

3. Pulse u/s → a collection of cycles with a beginning and end

   True        False

4. SPL → determined by source & medium (like wavelength)

   True        False

5. Power → aka: the time-of- flight of a sound pulse btwn xdcr and botton of image

   True        False