The following set of points is in two-dimensional space. Determine the distance between the closest two points in the set (using standard Euclidean distance). If necessary you can write code for the questions. Each answer should be given rounded to three decimal digits (Ex: 3.287) {{5.84397, 18.5408}, {16.5927, 25.001}, {18.7997, 28.9701}, {8.38167, 20.1388), {28.99, 8.94279}, {14.7276, 11.6363}, {17.8189, 12.1404}, {9.63039, 24.8226}, {19.2409, 17.1116}, (8.74078, 7.99879), (13.0038, 7.22042}, {26.272, 12.9849}, {15.071, 16.3213}, {12.092, 29.944}, (15.0628, 8.97066}, {28.6616, 23.9784}, {7.20268, 7.79867}, {1.77665, 22.3994), (29.7935, 5.63364}, {12.4302, 11.5085}}
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- Many companies use telephone numbers like 555-GET-FOOD so the number is easier for their customers to remember. On a standard telephone, the alphabetic letters are mapped to numbers in the following fashion:A, B, and C = 2D, E, and F = 3G, H, and I = 4J, K, and L = 5M, N, and O = 6P, Q, R, and S = 7T, U, and V = 8W, X, Y, and Z = 9Create an application that lets the user enter a 10-character telephone number in the format XXX-XXX-XXXX. The application should display the telephone number with any alphabetic characters that appeared in the original translated to their numeric equivalent. For example, if the user enters 555-GET-FOOD, the application should display 555-438-3663.Many companies use telephone numbers like 555-GET-FOOD so the number is easier for their customers to remember. On a standard telephone, the alphabetic letters are mapped to numbers in the following fashion: A, B, and C 2 D, E, and F 3 G, H, and I 4 J, K, and L 5 M, N, and O 6 P, Q, R, and S 7 T, U, and V 8 W, X, Y, and Z 9 Write a program that asks the user to enter a 10-character telephone number in the format XXX-XXX-XXXX. The application should display the telephone number with any alphabetic characters that appeared in the original translated to their numeric equivalent. For example, if the user enters 555-GET-FOOD the application should display 555-438-3663. Gaddis Tony. Starting Out with Python (2-downloads) (p. 367). Pearson Education. Kindle Edition.Many companies use telephone numbers like 555-GET-FOOD so the number is easier for their customers to remember. On a standard telephone, the alphabetic letters are mapped to numbers in the following way: A, B, and C = 2 D, E, and F = 3 G, H, and I = 4 J, K, and L = 5 M, N, and O = 6 P, Q, R, and S = 7 T, U and V = 8 W, X, Y, Z = 9 Write a program that asks the user to enter a telephone number. The program should display the telephone number with all alphabetic characters that appeared in the original translated to their numeric equivalent. Do not translate characters other than letters. Ex: If the input is: 555-GET-food the output is: 555-438-3663 Python
- int y = !(12 < 5 || 3 <= 5 && 3 > x) ? 7 : 9 Based on the code above, what is the value of y if x = 1?int const MULTIPLIER = 5; is a valid way to declare a constant integer variable. Group of answer choices True False ------- Given the following code segment, what is output to the screen? int num1 = 6; int num2 = 4 * num1++; cout << "num1=" << num1 << " num2=" << num2; Group of answer choices num1=7 num2=24 num1=6 num2=24 num1=6 num2=28 Nothing, because the code does not compile.The number of permutations of a set of n items taken r at a time is given by the following formulan!/r!(n−r)!: where n! is the factorial of n, r! is the factorial of r, and (n-r)! is the factorial of the result of n-r. The factorial of a number n can be solved using the following formula: n !=e−n nn √ 2 πn. If there are 18 people in your class and you want to divide the class into programming teams of 3 members, you can compute the number of different teams that can be arranged using this formula (n!/r!(n−r)!). When writing a C++ program that determines the number of potential team arrangements. You will need to use the double type for this computation.
- Develop the program so that the user will be able to dynamically enter any amount of numbers. Afterwards, identify which of these elements are of perfect squares. Then display the identified perfect squares together and their sumCan you annotate this code. cars = ["Buick","Ford","Honda"]colors = ["Red","Blue","Black","White","Green"]aType = ["Sedan","SUV","Sports","Coupe","Truck"]arr = [[0 for i in range(len(cars))] for j in range(len(cars)*len(colors))]for i in range(0, len(colors)*len(cars)):for j in range(0, len(cars)):if j == 0:arr[i][j] = cars[int(i/5)]if j == 1:arr[i][j] = colors[int(i % 5)]if j == 2:arr[i][j] = aType[int(i % 5)]for i in range(0, len(arr)):print(arr[i])Language: C Pascal’s triangle is a triangular array, useful for calculating the binomial coefficients, n k , that are used in expanding binomials raised to powers, combinatorics and probability theory. 0 0 1 0 1 1 2 0 2 1 2 2 3 0 3 1 3 2 3 3 4 0 4 1 4 2 4 3 4 4 Evaluating the values of the binomial coefficients, you get the following pattern, 1 1 1 1 2 1 1 3 3 1 1 4 6 4 1 The number of the entries in each row is increased by one, as we move down. Each number in the triangle, is constructed by adding the number above it and to the left, with the number above it and to the right. The blank entries as treated as 0. Using the recursion, implement the function that computes the Pascal’s triangle. Pr
- In java, please read the text file as array. Then, replace the null with 0 and calculate the sum of the new students in ABC University.Example of text file: (university,year,total_students,new_students,new_staff,ABC, 2000, 3457, , ,ABC, 2001, 3675,218, ,EFG, 2000, 2389,602, ,EFG, 2001, 2785,396, 65,)Complete the function below that takes in three integers (a,b,c) and returns the number of integers between a and b (inclusive of the endpoints) that are divisible by c. Make sure it tests a and b for divisibility by c! In [ ]: defhow_many_divisible(a,b,c):counter=0# YOUR CODE HEREraiseNotImplementedError()returncounter In [ ]: assert how_many_divisible(10,20,5) == 3 assert how_many_divisible(30,77,7) == 7 PYTHON jYPYTERAssume int[][] x = {{1, 2}, {3, 4}, {5, 6}}, what are x.length are x[0].length? 5 3 and 2 4 2 and 1 3 2 and 3 2 2 and 2 1 3 and 3