Problem StatementJoe is conducting a weight comparison between User A and User B. He wants to write a program that takes two integer inputs representing their weights.He determines and prints if User A is lighter than User B and if User B is lighter than User A using Relational Operators.Input format :The input consists of two integers, representing the weights of User A and User B, in separate lines.Output format :The first line of output prints whether User A is lighter than User B: display 1 if User A is lighter, and 0 otherwise.The second line of output prints whether User B is lighter than User A: display 1 if User B is lighter, and 0 otherwise.If both weights are the same, print "0".Refer to the sample output for the exact format.Code constraints :In this scenario, the test cases will fall under the following constraints:10 ≤ A, B ≤ 1000Sample test cases :Input 1 :1020Output 1 :User A is lighter: 1User B is lighter: 0Input 2 :5656Output 2 :User A is lighter: 0User B is lighter: 0Input 3 :1000987Output 3 :User A is lighter: 0User B is lighter: 1

Single File Programming QuestionProblem StatementJoe is conducting a weight comparison between User A and User B. He wants to write a program that takes two integer inputs representing their weights.He determines and prints if User A is lighter than User B and if User B is lighter than User A using Relational Operators.Input format :The input consists of two integers, representing the weights of User A and User B, in separate lines.Output format :The first line of output prints whether User A is lighter than User B: display 1 if User A is lighter, and 0 otherwise.The second line of output prints whether User B is lighter than User A: display 1 if User B is lighter, and 0 otherwise.If both weights are the same, print "0".Refer to the sample output for the exact format.Code constraints :In this scenario, the test cases will fall under the following constraints:10 ≤ A, B ≤ 1000Sample test cases :Input 1 :1020Output 1 :User A is lighter: 1User B is lighter: 0Input 2 :5656Output 2 :User A is lighter: 0User B is lighter: 0Input 3 :1000987Output 3 :User A is lighter: 0User B is lighter: 1Note :The program will be evaluated only after the “Submit Code” is clicked.Extra spaces and new line characters in the program output will result in the failure of the test case.

oe is conducting a weight comparison between User A and User B. He wants to write a program that takes two integer inputs representing their weights.He determines and prints if User A is lighter than User B and if User B is lighter than User A using Relational Operators

Problem Statement Vanesa, a Math teacher, is eager to introduce students to relational operators (>, >=, <, <=, ==, !=). Create a program that takes two integer inputs x and y, and prints the results: 1- true, and 0- false for the given relational expressions.Assist Vanesa in crafting an engaging lesson on relational operators using this program.Input format :The input consists of two space-separated integers, x and y.Output format :The output prints the results of various relational expressions based on the given performance scores in the following format:"x > y: " followed by the result of x > y."x >= y: " followed by the result of x >= y."x < y: " followed by the result of x < y."x <= y: " followed by the result of x <= y."x == y: " followed by the result of x == y."x != y: " followed by the result of x != y.Refer to the sample output for formatting specifications.Code constraints :In the given scenario, the test cases will fall under the following constraints:1 ≤ x, y ≤ 100Sample test cases :Input 1 :15 39Output 1 :x > y: 0x >= y: 0x < y: 1x <= y: 1x == y: 0x != y: 1Input 2 :45 21Output 2 :x > y: 1x >= y: 1x < y: 0x <= y: 0x == y: 0x != y: 1Input 3 :100 100Output 3 :x > y: 0x >= y: 1x < y: 0x <= y: 1x == y: 1x != y: 0Note :The program will be evaluated only after the “Submit Code” is clicked.Extra spaces and new line characters in the program output will result in the failure of the test case.

Problem StatementJohn, Ram, and Joseph are comparing their finances after receiving their monthly salaries and incurring some expenditures.Your task is to create a program that, with the input of their salaries and expenditures, utilizes assignment operators (+= and -=) to compute and identify which friend has the highest remaining amount.Input format :The first line of input consists of two space-separated integers, representing John's salary and expenditure.The second line of input consists of two space-separated integers, representing Ram's salary and expenditure.The third line of input consists of two space-separated integers, representing Joseph's salary and expenditure.Output format :The output displays the name of the friend who has the highest remaining amount in the format "{Name} has more money".Refer to the sample output for the formatting specifications.Code constraints :In the given scenario, the test cases will fall under the following constraints:100 ≤ salary ≤ 1050 ≤ expenditure ≤ 105Sample test cases :Input 1 :2000 501500 307500 10Output 1 :Joseph has more moneyInput 2 :50000 1000057000 20000100000 100000Output 2 :John has more moneyInput 3 :2500 103500 251000 10Output 3 :Ram has more money

Gloria is responsible for monitoring the performance of two machines in a factory. She needs to determine which of the two machines is operating closest to the optimal temperature of 100 degrees Celsius using the relational operator. Assist Gloria in displaying the machine's temperature, which is closer to 100, and the difference from 100.Input format :The first line of input consists of an integer N, representing the temperature of the first machine.The second line consists of an integer M, representing the temperature of the second machine.Output format :The output prints "The integer closer to 100 is X with a difference of Y" where X is the temperature of the closer machine and Y is the difference from 100.Refer to the sample output for formatting specifications.Code constraints :In this scenario, the test cases fall under the following constraints:1 ≤ N, M ≤ 120