Can you explain what the delete operator does?

Question R   .Full explain this question and text typing work only     We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line

Select problem below. Your post must include: The problem statement. A description of your solution highlighting the use of the split(), join(), lists and the different list operations involved in solving the problems. Include line numbers from your program. please make it simple and DONT use Java Create a program that reads a domain name and displays the top level domain it belongs to. Select any 5 top level domain names from the ICANN Registry Listings. The program shall display “No information available” for other top level domains. Use the split method to separate the different names in the domain name. Here is sample execution of the program:

What precisely does it mean when you use the delete operator?

Seq is a sequence object that can be imported from Biopython using the following statement: from Bio.Seq import Seq If my_seq is a Seq object, what is the correct Biopython code to print the reverse complement of my_seq? Hint. Use the built-in function help you find out the methods of the Seq object. print('reverse complement is %s' % complement(my_seq.reverse())) print('reverse complement is %s' % my_seq.reverse()) print('reverse complement is %s' % my_seq.reverse_complement()) print('reverse complement is %s' % reverse(my_seq.complement()))

How does the Use of LOOKUP function to get the directory of a store, be useful and applicable in business and other transactions?

Which of the following statements regarding linked lists and arrays is correct? Group of answer choices: a. A dynamically resizable array makes insertions at the beginning of an array very efficient.   b. Using a doubly linked list is more efficient than an array when accessing the ith element of a structure.   c. A dynamically resizable array is another name for a linked list.   d. Any type of list tends to be better than an array when there are a set number of maximum items known beforehand.   e. If many deletions at any place in the structure were common, a linked list implementation would likely be preferable to an array

What* is a new table operation can you think of, that won't break closure? *What* about a new operation that does break closure? Your operations don't need to be useful in practice, but, they could be :) Note - changing column names/types, adding or deleting columns or rows are not considered table operations, as you know [so those can't be your answers :)] - other than that, you can come up with ANY operations!

Please show all of your workWrite and test the following function: def list_subtract(minuend, subtrahend): """ ------------------------------------------------------- Alters the contents of minuend so that it does not contain any values in subtrahend. i.e. the values in the first list that appear in the second list are removed from the first list. Use: list_subtract(minuend, subtrahend) ------------------------------------------------------- Parameters: minuend - a list of values (list) subtrahend - a list of values to not include in difference (list) Returns: None ------------------------------------------------------ """ Add the function to a PyDev module named functions.py. Test it from t01.py. Hint: you may use find_indexes in the function to solve the problem. The function does not ask for input and does no printing - that is done by your test program. Sample execution: list_subtract([5, 5, 4, 5], [5]) -> None minuend after: [4] Test the function with three different sets of…

Did I correctly do this function? Did I correctly do the precondition and postcondition?   //Precondition: flag_position is a non-negative integer and hBit_flags is a handle to a valid Bit_flags object.//Postcondition: returns the value of the flag at index flag_position if it is in bounds or -1 otherwise.int bit_flags_check_flag(BIT_FLAGS hBit_flags, int flag_position){Bit_flags* pBit_flags = (Bit_flags*)hBit_flags;int i = flag_position / 32;flag_position %= 32;return ((1 << flag_position) & (pBit_flags->data[i])) != 0;if (flag_position <= pBit_flags->capacity) { return *pBit_flags->data;}else{ return -1;}}