Draw a diagram showing the internal representation of the following LISP list:
( (A B) ((C) D) )
Draw a diagram showing the internal representation of the following LISP list: ( (A B) ((C)...
Try to draw the internal representation of a Lisp list. For example: (A (B (C D) E F(GH)))
2- Draw the internal representation for the following lisp list(s). You may draw your answer on a paper, scan or picture of it, and paste here. A. (CONS '() (Red)) B. (CONS 'Red '(() Blue)) C. (CONS '(Red Blue) '(Green Yellow Orange)) 3- Consider the following list and answer the following questions ( you must show your works) Initial List for (Red (Blue Green) Black (Yellow (while orange))) each problem 1 CDR 2 CDDR 3 CDDDR 4 CADDR 5 CDADR...
C. Diagram a representation of the reaction time experiment involving the ruler showing the nerve pathways in the human body. From this diagram what is the theoretical minimum reaction time? What was you average reaction time? Explain the difference between these 2 numbers.
2. Write a LISP function COUNTLETS which takes a list and returns the number of top-level alphabetic atoms in the list. For example: COUNTLETS ( (A 2) B 3 C4 (D 5))) Returns the value 2, the letters A and D are not at the top level
Evaluate the following integrals. For each of them, draw and label a diagram showing the contour and the singularities 1 dz. (z 1) exp (a) I _ [Cauchy principal value] (Ъ) I dz _ a+20) 24 Evaluate the following integrals. For each of them, draw and label a diagram showing the contour and the singularities 1 dz. (z 1) exp (a) I _ [Cauchy principal value] (Ъ) I dz _ a+20) 24
For each of the following graphs draw a planar representation or show that it has a subgraph homeomorphic to K5 or K3,3: For each of the following graphs draw a planar representation or show that it has a subgraph homeomorphic to K; or K3,3: (a) (b) (c) (d)
Draw a circuit diagram corresponding to the following Boolean expression: BE = (A +B)' + (C middot D)
Draw a circuit diagram corresponding to the following Boolean expression: BE = A + (B+ C middot D)
Draw the d-orbital energy diagram for a square planar complex [M(L)4]2+. Draw a schematic representation (i.e. simple 2D picture) of the metal-ligand antibonding orbital that corresponds to the highest energy orbital of the splitting diagram. How is this square planar splitting diagram related to the d-orbital splitting diagram for a Jahn-Teller distorted octahedral complex?
Lisp program count-of (symbol list): Write a function named count-of that takes two parameters, a symbol and a list. Count the number of instances of x in the list. Do not count the number of x in any sub-lists within the list. Test: count-of 'a '(a 'a(a c) d c a). Result: 2 trim-to (symbol list): Write a function named trim-to that takes a symbol and list as parameters. Return a new list starting from the first occurrence of the...