- Do not add any imports, the ones that you need will be given to you.- Do not use recursion.- Do not use break/continue.- Do not use try-except statements, you should be able to anticipateor prevent any errors from happening at all!

def g11_3(N) :'''Assume that N is a positive integer.Returns the sum from 1 to N inclusive, but omitting the numbers that are of type series1, meaning omit numbers that can be written as 1 + 2 + 3 + 4 + ... + k for some positive integer k. Hint: write a boolean function that checks if an integer is of typeseries1. For example, the first few series1 numbers are 1, 3, 6, 10, ...So, g11_3(10) returns 35since the numbers to add are: 2, 4, 5, 7, 8, 9, where weare not using 1, 3, 6 and 10 because they are of type series1.'''pass# --------------------------------------------------------------# The Testing# --------------------------------------------------------------class myTests(unittest.TestCase):def test1(self):ans = g11_3(1)self.assertEqual(ans, 0)def test2(self):ans = g11_3(2)self.assertEqual(ans, 2)def test3(self):ans = g11_3(10)self.assertEqual(ans, 35)def test4(self):ans = g11_3(100)self.assertEqual(ans, 4595)def test5(self):ans = g11_3(1000)self.assertEqual(ans, 485320)if __name__…

Exercise 2   The built-in function eval takes a string and evaluates it using the Python interpreter. For example: >>> eval('1 + 2 * 3') 7 >>> import math >>> eval('math.sqrt(5)') 2.2360679774997898 >>> eval('type(math.pi)') <class 'float'> Write a function called eval_loop that iteratively prompts the user, takes the resulting input and evaluates it using eval, and prints the result. It should continue until the user enters 'done', and then return the value of the last expression it evaluated.

Assume that you need to organize the data of books. Existing books should be rearranged so that only one side of the shelf is empty, or new volumes should be placed there. In this case, what would be the best data structure? Make it possible to dynamically implement the process of adding books to the bookcase. Furthermore, what is the circumstance where fresh data need to be entered into a data structure, but there is no room?

P098. The code representing.

Create in Java (1) Create an array of String objects and populate it with the days of the week (7 days)(i.e., Monday - Sunday)(2) Create an array parallel to the one created in (1) to store the entrées. However, you do not have this information, soyou will need to write a loop that prompts the user to enter the entrée served on that day. This prompt shouldinclude the day for which you are asking for the information (e.g., "What entrée is being served on Monday?")(3) Create another parallel array that stores the prices. You will also need to collect this information from the user. Thistime, your prompt should include the name of the entrée for which you are asking for the price(4) Prompt the user to choose an entrée from a list that you display numbered 1 through 7 (have them input a number1 to 7) and search the array and output the day on which the entrée will be served(5) Search through the array for the highest price entrée and output the name of this entrée for the user including…

Implement the following function: Code should be written in python.

What's Hiding Amongst the Crowd? Language - Java Script A word is on the loose and now has tried to hide amongst a crowd of tall letters! Help write a function to detect what the word is, knowing the following rules: The wanted word is in lowercase. The crowd of letters is all in uppercase. Note that the word will be spread out amongst the random letters, but their letters remain in the same order. ● Examples detectWord("UcUNFYGaFYFYGtNUH") → "cat" detectWord("bEEFGBuFBRrHgUHINFYaYr") → "burglar" detectWord("YFem HUFBbezFBYZF BYLleGBYEFGBMENTment") → "embezzlement"

Can you answer the following questions in python using matplot.pyplot as plt