Use the CYK algorithm to determine whether or not the CFG below recognizes the following strings. Show the filled table associated with each. S+ AA | BB | ВА | € A + AB | 1 В + ВА | 0

convert the following binary numbers to decimal numbers a) 000011 b) 1111 c) 11110 d) 111100 e) 0011010

Binary to Decimal 1.) 1111 1111 2.) 1 1101 1011 3.) 1 1001 1010 4.) 11 0000 1101 please give me the a complete solution so that I can deeply understand the topic thank you!

(i)Express the binary number 111010.101 in decimal form.

Convert the following hexadecimal numbers into binary format  (a)         DF0B (b)        FDEAF1

Convert the following from base 10 to IEEE 754 Single Precision Floating Point. Show all the steps. Give your final answer in Hexadecimal form.a. -67.3125b. 45.6875

Define the function lake_to_tli3_dict(readings) that takes a list of (lake_name, chla, tn, tp) tuples and returns a dict mapping lake names to trophic level index values. That is, the keys are lake names and the values will be TLI3 values. Notes: You will need to have import math as your first line of code. You must include and use/call the trophic_level_index function that you wrote in Question 1. trophic_level_index must still work as specified in Question 1. Lakes should be added to the dictionary in the same order as they appear in the readings list. If a lake appears in the readings list more than once, then the TLI for the last occurrence in the readings list should be the one that appears in the result. (This should happen naturally, since the lake name can only occur in the dictionary once.) For example: Test Result names_cnp_1 = [('Lake Brunner', 0.8, 218.0, 6.0), ('Lake Carrot', 5.1, 505.0, 18.5) ] tli3_dict = lake_to_tli3_dict(names_cnp_1 ) print(tli3_dict)…

dec 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 bin 0000 0001 0010 0011 0100 0101 0110 0111 1000 1001 1010 1011 1100 1101 1110 1111 hex

Computer Architecture Convert the following IEEE single-precision floating-point numbers to their decimal counterparts. a. (6589 0000)16 b. (807B 0000)16 c. (CDEF 0000)16

Perform the following additions:a)  1101010                   b)    1100101   +1011011                         +1010111