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1. Circle 3 answers that are accurate statements about MIDI interfaces: a - they typically connect to a computer using MIDI connectors b - they typically connect to a computer using USB connectors c - they pass synthesizer audio data back and forth between controllers, computers, and synthesizers d - they pass MIDI performance data back and forth between controllers, computers, and synthesizers e - they are sometimes built in to keyboard controllers and audio interfaces f - they should not be used with more than 16 MIDI channels at once
2. The one type of MIDI interface not recommended for professional use is: a - single port interfaces b - interfaces built into keyboard controllers c - MIDI interfaces built into audio interfaces d - MIDI interfaces built into standard PC sound cards
3. A MIDI “in” connector would usually be used for: a - sending MIDI data into a synthesizer or MIDI interface b - sending MIDI data into a keyboard controller c - sending MIDI data into a synthesizer, but never into a MIDI interface d - sending MIDI data into a MIDI interface, but never into a synthesizer
4. A MIDI “out” connector would usually be used for: a - sending MIDI data out of a synthesizer and into a keyboard controller b - sending MIDI data out of a MIDI interface and into a keyboard controller c - sending MIDI data out of a keyboard controller and into a MIDI interface d - sending MIDI data out of a keyboard synthesizer and back into its own MIDI input, for the popular MIDI feedback effect
5. A MIDI “thru” connector would usually be used for: a - adding ports to a MIDI interface b - sending MIDI data generated by one synthesizer into another synthesizer c - “daisy - chaining” MIDI interfaces d - “daisy - chaining” synthesizers
6. A single MIDI “port” can: a - carry up to 16 voices of MIDI data b - carry up to 16 channels of MIDI data c - carry only one channel of MIDI data d - carry up to 128 channels of MIDI data
7. Circle 3 answers that could correctly complete this statement - “MIDI data: a - uses a serial interface b - uses a parallel interface c - uses a bilateral interface d - is uni-directional (only flows in one direction through a given MIDI cable) e - is bi-directional (flows in both directions through a given MIDI cable) f - travels at a rate of 31.25 kbaud (bits per second) g - travels at a rate of 31.25 kbaud (bytes per second) h - travels at a rate of 31.25 ghz
8. Most MIDI messages: a - contain data about synthesizers parameters b - contain data values with a range of 0-127 (except pitch bend->human ear is very sensitive to pitch change) c - do not use binary codes d - contain data values which read the same forwards and backwards
9. Circle 3 answers that could correctly complete this statement - “A MIDI note-on message contains: a - data about the velocity of a note b - data about the duration of a note c - four bytes of data d - data about the pitch (note number) of a note e - data about the polyphony of a note f - data about the MIDI channel of a note g - data about the MIDI port of a note
10. Circle 2 answers that could correctly complete this statement - “MIDI note velocity: a - has a variable effect, depending on the synth program b - always effects loudness c - measures the speed of key depression d - measures the duration of a held key e - has a range of values from -8,192 to 8191
11. Circle 3 answers that could correctly complete this statement - “A MIDI pitch bend message: a - has a range of values from 0 to 127 b - has a range of values from 0 to 8,191 c - has a range of values from -8,192 to 8,191 d - always has a range of plus and minus 2 semi-tones (half-steps) e - has a variable range, depending on the synth program f - is made up of 1 status byte and 2 data bytes (1 byte for note #, 1 byte for velocity) g - is made up of 2 status bytes and 2 data bytes h - is made up of 1 status byte and 1 data byte
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*Answers:
1. b, d, e 2. d 3. a 4. c 5. d 6. b 7. a, d, f 8. b 9. a, d, f 10. a, c 11. c, e, f
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