Java - Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in reverse binary. For an integer x, the algorithm is:
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Java - Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in reverse binary. For an integer x, the
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- Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in reverse binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x / 2 Note: The above algorithm outputs the 0's and 1's in reverse order. Ex: If the input is: 6 the output is: 011 6 in binary is 110; the algorithm outputs the bits in reverse.Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x modulo 2 (remainder is either 0 or 1) Assign x with x divided by 2 Note: The above algorithm outputs the 0's and 1's in reverse order. Ex: If the input is: 6 the output is: 011 6 in binary is 110; the algorithm outputs the bits in reverse. Use something like print(x % 2, end=''). After the loop is over terminate the print line with print().Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is As long as x is greater than 0 Output x 2 (remainder is either 0 or 1) x-x/2 Note: The above algorithm outputs the 0's and 1's in reverse order Ex: If the input is: the output is 011 6 in binary is 110, the algorithm outputs the bits in reverse
- Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x / 2 Note: The above algorithm outputs the 0's and 1's in reverse order. Ex: If the input is 6, the output is: 011 (6 in binary is 110; the algorithm outputs the bits in reverse).Write a program that counts the number of integers from 1 to M that are divisible by N. Use the sample run as guide. Note, that the program repeats until an invalid input is encountered. Sample run: Program to count the number of integers from 1 to M that are divisible by N. Enter M (>1): 3 Enter N (>1): 4 There are no integers from 1 to 3 that are divisible by 4. Enter M (>1): 4 Enter N (>1): 2 There are 2 integers from 1 to 4 that are divisible by 2. Enter M (>1): 4 Enter N (>1): 3 There is 1 integer from 1 to 4 that is divisible by 3. Enter M (>1): -5 You have entered an invalid input. Program will now terminate.Eulers number e is used as the base of natural logarithm. It may be approximated using the formula e=1/0!+1/1!+1/2!…1/(n-1)!+1/n! When n is sufficiently large. Write a program that approximates e using a loop that terminates when the difference between the two successive values of e is less than 0.0000001.
- coral programming Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x / 2 Note: The above algorithm outputs the 0's and 1's in reverse order. Ex: If the input is 6, the output is 011. Your program should define and call a function: Function IntegerToBinary(integer num) returns nothing The function should output 1's and 0's representing the integer in binary (in reverse).Write a program that takes in a positive integer as input, and outputs a string of 1's and O's representing the integer in binary. For an integer X, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x // 2 Note: The above algorithm outputs the O's and 1's in reverse order. You will need to write a second function to reverse the string. Ex: If the input is: the output is: 110 Your program must define and call the following two functions. The function integer_to_reverse_binary() should return a string of 1's and O's representing the integer in binary (in reverse). The function reverse_string() should return a string representing the input string in reverse. def integer_to_reverse_binary(integer_value) def reverse_string(input_string)Write a program that takes in a positive integer as input, and outputs a string of 1's and O's representing the integer in binary. For an integer X, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x // 2 Note: The above algorithm outputs the O's and 1's in reverse order. You will need to write a second function to reverse the string. Ex: If the input is: the output is: 110 Your program must define and call the following two functions. The function integer_to_reverse_binary0 should return a string of 1's and 's representing the integer in binary (in reverse). The function reverse_string() should return a string representing the input string in reverse. def integer_to_reverse_binary(integer_value) def reverse_string (input_string) 344614.2214230.qx3zqy7
- Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x // 2 Note: The above algorithm outputs the 0's and 1's in reverse order. You will need to write a second function to reverse the string. Ex: If the input is: 6 the output is: 110 The program must define and call the following two functions. Define a function named int_to_reverse_binary() that takes an integer as a parameter and returns a string of 1's and 0's representing the integer in binary (in reverse). Define a function named string_reverse() that takes an input string as a parameter and returns a string representing the input string in reverse.def int_to_reverse_binary(integer_value)def string_reverse(input_string)Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x // 2 Note: The above algorithm outputs the 0's and 1's in reverse order. You will need to write a second function to reverse the string. Ex: If the input is: 6 the output is: 110 The program must define and call the following two functions. Define a function named int_to_reverse_binary() that takes an integer as a parameter and returns a string of 1's and 0's representing the integer in binary (in reverse). Define a function named string_reverse() that takes an input string as a parameter and returns a string representing the input string in reverse.def int_to_reverse_binary(integer_value)def string_reverse(input_string) starting with # Define your functions here. if __name__ == '__main__': # Type your code here. # Your code must call…Write a program that takes in a positive integer as input, and outputs a string of 1's and 0's representing the integer in binary. For an integer x, the algorithm is: As long as x is greater than 0 Output x % 2 (remainder is either 0 or 1) x = x // 2 Note: The above algorithm outputs the 0's and 1's in reverse order. You will need to write a second function to reverse the string. Ex: If the input is: 6 the output is: 110 Your program must define and call the following two functions. The function integer_to_reverse_binary() should return a string of 1's and 0's representing the integer in binary (in reverse). The function reverse_string() should return a string representing the input string in reverse.def integer_to_reverse_binary(integer_value)def reverse_string(input_string) Note: This is a lab from a previous chapter that now requires the use of a function. def integer_to_reverse_binary(integer_value): if number > 0: number % 2 number = number // 2 return number def…