a. No; True, but that's only part of it.
b. No; stored programs came before we had disks.
c. Yes; *YES!
d. No; in some ways it complicates parallelism.
a. No; this IS part of a transistor.
b. Yes; *YES!
c. No; this IS part of a transistor.
d. No; this IS part of a transistor.
a. No; this IS an efficiency realized by ICs.
b. Yes; This was true prior to ICs.
c. No; this IS an efficiency realized by ICs.
d. No; this IS an efficiency realized by ICs.
a. No; currents can flow through both.
b. No; both contain a control wire.
c. Yes; *YES!
d. No; not true.
a. No; you need 2 raised to the number of variables.
b. No; you need 2 raised to the number of variables.
c. Yes; you need 2 raised to the number of variables.
d. No; you need 2 raised to the number of variables.
a. No; that wouldn't do much.
b. No; the same is true for any circuit.
c. No; Close, but just the opposite.
d. Yes; *YES!
a. No; all information is there at once.
b. No; it's in binary, and all information is there at once.
c. Yes; binary corresponds to on and off in the transistors,
and all information is there at once.
d. No; it's in binary.
a. No; This is a description of the computer as a whole.
b. No; This would be a good trick.
c. Yes; *YES!
d. No; that's what compilers allow.
a. No; this would allow only 4 operations.
b. No; this would allow only 8 operations.
c. Yes; 2 to the power 4 is indeed 16.
d. No; this would allow 32 operations.
a. Yes; *YES!
b. No; you need more than one latch.
c. No; Nope.
d. No; Nope.