2. Printing binary Write a function void printBin(int value) that will print an integer as a binary number. Hint: You want to print a 1 or a O based on the high order bit, then you need to move the next to high order bit into the high order bit. You will need to explicitly count the number of bits you have printed. Write a main method that calls printBin multiple times with a few different values to test it. You should try at least a positive number, a negative number and O. Your submission should answer the following questions about this program: • There are at least two approaches to testing the high order bit. Describe one that you did NOT use in your code. • How could you suppress leading zeros in you display? If you did this already, you may just answer that you did.

Instructor note: Important Coding Guidelines: Use comments, and whitespaces around operators and assignments. Use line breaks and indent your code. Use naming conventions for variables, functions, methods, and more. This makes it easier to understand the code. Write simple code and do not over complicate the logic. Code exhibits simplicity when it’s well organized, logically minimal, and easily readable. A pedometer treats walking 1 step as walking 2.5 feet. Define a method named feetToSteps that takes a double as a parameter, representing the number of feet walked, and returns an integer that represents the number of steps walked. Then, write a main program that reads the number of feet walked as an input, calls method feetToSteps() with the input as an argument, and outputs the number of steps. Use floating-point arithmetic to perform the conversion. Ex: If the input is: 150.5 the output is: 60 The program must define and call a method:public static int feetToSteps(double…

def SomeMethod(a,b):   a= a+b   b=b+a   print(a,b,end=" ")   return (a+b) def main():   x=10   y=20   print(SomeMethod(x,y)) main()   x and y are called: ? a and b are called: ?

Collapse Problem #2 Complete the class Problem2, the program does the following: • The program prompts the user to enter an integer. • The program continues to prompt the user for more integers as long as the sum of all values entered is between 1 and 50. • If the sum of all values entered is NOT between 1 and 50, Java the program stops taking integers, then display the value of sum. Here are two sample outputs, your output should look exactly the same as follows: Enter an integer: 23 Enter an integer: 1 I Enter an integer: -2 Enter an integer: 19 Enter an integer: -25 Enter an integer: 4 Enter an integer: 9 Enter an integer: -20 Enter an integer: -5 Enter an integer: -12 AK -8 lacBook Air