Pre/Post/In-Fix
Convert from in-fix to pre-fix:
A * B + C * D
+ * A B * C D
Evaluate:
RCIRC-3 (LSHIFT-2 10110)
00011
Evaluate:
CDAR '((apple banana) coconut (durian elderberry fig))
banana
Convert from post-fix to pre-fix:
E B A C + / D - ↑
↑ E - / B + A C D
Evaluate:
((RC-14 (LC-23 01101)) | (LS-1 10011) & (RS-2 10111))
10110
CADDAADR '(apple ((banana coconut durian elderberry fig) grape huckleberry))
durian
Evaluate the post-fix expression:
2 7 + 3 ↑ 3 4 + 5 - 8 * -
713
Evaluate:
((RS–1 (NOT (LC–1 10110))) OR (NOT (LC–1 (RS–1 01001))))
11111
What is the value of z after this line:
(SETQ z (CONS '(red white blue) (CDR '(This is a list))))
((red white blue) is a list)
Evaluate the post-fix expression:
9 7 - 3 4 * 5 - ↑ 6 3 / /
64
List all 5-bit long values of x that solve the following equation:
(LSHIFT-2 (RCIRC-3 (NOT x))) = 10100
10000
10100
10010
10110
Given the following function definition:
(DEF A (args) (REVERSE (CAR args)))
What is the output of this line:
(A (A '((hello (a b c)) (woof ruff) apple)))
(c b a)
Convert to pre-fix AND post-fix:
(3 - 2) ↑ 6 * (5 + 9 / 3)
Pre: * - 3 2 ↑ 6 + 5 / 9 3
Post: 3 2 - 6 ↑ 5 9 3 / + *
List all 6-bit long values of x and y that solve the following equation:
(LCIRC-20 x) & (RCIRC-26 y) = 111110
(101111, 111011)
(101111, 111111)
(111111, 111011)
Evaluate (pay attention to what is an atom):
(SETQ X '(pencil giraffe revolution drawer))
(SETQ X (CONS '(ADD (MULT 2 3) (DIV 12 4)) X))
(SET 'B (CAR X))
(EVAL 'B)
(ADD (MULT 2 3) (DIV 12 4))