please write c++ program to solve this problem without using array Your program will be "menu driven". This means that after every completed operation by your program, the user is presented with a menu of options once again. EVERY menu will have a "Quit" option that will exit the user completely from your program. Create your menu options with brief but meaningful labels. The first option of your program will prompt the user to enter a positive binary number (base 2 -- 1's and 0's only) of no more than 6 digits. Read this value as an int type value and your program must make sure that it is indeed a binary number (only 1's and 0's). If it isn't, then the user is prompted again. If it is binary, then your program is to calculate the equivalent decimal value (base 10 -- the number system). The second option of your program will prompt the user to enter 3 positive numbers in the range1 to 10, and will tell the user whether the three inputs will form the sides of a triangle. That is, your program is to determine whether or not the three input values can possibly be the three sides of a triangle. For instance, 3, 4, and 10 cannot be sides of a triangle because the longest side is greater than the sum of the other two sides (they don't satisfy the "triangle inequality"). The third option will be Quit. Maintain a log of outputs to an output.txt file. Write three functions, menu_function, this function will display menu options repeatedly, there is no returned values from this binary_decimal_function, this function will take as input one integer (base 2) number and return as output its equivalent decimal value. tringle_function, this function will receive as input three integer positive numbers in the range 1-10, and determine whether or not the three input values can possibly be the three sides of a
please write c++ program to solve this problem without using array
Your program will be "menu driven". This means that after every completed operation by your program, the user is presented with a menu of options once again. EVERY menu will have a "Quit" option that will exit the user completely from your program. Create your menu options with brief but meaningful labels.
The first option of your program will prompt the user to enter a positive binary number (base 2 -- 1's and 0's only) of no more than 6 digits. Read this value as an int type value and your program must make sure that it is indeed a binary number (only 1's and 0's). If it isn't, then the user is prompted again. If it is binary, then your program is to calculate the equivalent decimal value (base 10 -- the number system).
The second option of your program will prompt the user to enter 3 positive numbers in the range1 to 10, and will tell the user whether the three inputs will form the sides of a triangle. That is, your program is to determine whether or not the three input values can possibly be the three sides of a triangle. For instance, 3, 4, and 10 cannot be sides of a triangle because the longest side is greater than the sum of the other two sides (they don't satisfy the "triangle inequality").
The third option will be Quit.
Maintain a log of outputs to an output.txt file. Write three functions,
- menu_function, this function will display menu options repeatedly, there is no returned values from this
- binary_decimal_function, this function will take as input one integer (base 2) number and return as output its equivalent decimal value.
- tringle_function, this function will receive as input three integer positive numbers in the range 1-10, and determine whether or not the three input values can possibly be the three sides of a



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