Write a python program to accept two numbers and perform the following operations based on the conditions given below: If two numbers are same , calculate floor division between two numbers. if both numbers are positive, calculate modules operation between two numbers. If first number is greater than the second , calculate xY Otherwise display Wrong Input

write a code that decodes the coloured bands on a resistor.Each colour band printed on a resistor has a corresponding numeric value, as shown in the table below: Colour Numeric value black 0 brown 1 red 2 orange 3 yellow 4 green 5 blue 6 violet 7 grey 8 white 9 To calculate the total resistance value, the following formula should be used: resistance=(10a+b)⋅10^c where a, b, and c are the numeric values of the first, second, and third colour bands respectively. For example, let's say that the colour bands on a resistor are red-green-orange. In this case, a=2, b=5, and c=3 (using the table). Hence the resistance value is 25000 ohms: resistance=(10*2+5)⋅10^3=25000 ohms Your task is to write a program which asks the user to input the three colour bands. The program should then calculate and output the resistance value indicated by the bands. As part of your solution, you must define and use a function named colour_to_number. This function should take one…

You are asked to write a simple C program that will accept an integer value in the range of 5-95 with values being in multiples of 5 representing the number of cents to give to a customer in their change. A negative number input will signal the exit/termination of the program. The program should calculate how many coins of each denomination and display this to the user. Valid coin values are 50, 20, 10 and 5. The program should aim to give as much of the higher valued coins as possible. A poor solution for an input of 30 cents is to give six 5 cent coins. A better solution is to give a 20 cent coin and a 10 cent coin. Your solution (program and algorithm) should be modular in nature. This requires the submission of a structure chart and a high-level algorithm and suitable decompositions of each step.   Note that for this problem, the principle of code reuse is particularly important and a significant number of marks are allocated to this.  You should attempt to design your solution…