Q4: Lambdas Lambdas Everywhere. Write a function that takes 4 formal parameters: two functions and two positive numeric inputs (int or float). Inside the will call them to perform different operations. The catch is that you do not know how many parameters each given function is going to take: one or two. Since you will not know the number of parameters needed by the functions, you will ne cover all the possible cases: ed to create 4 lambdas to 1) Both functions take one input. Create a lambda function that calls funci on inputi, func2 on input2 and then sums the outputs and returns the result. 2) func1 takes one input, while func2 takes two inputs. . Create a lambda function that calls func1 on input1, funct2 on input1 and input2 and then multiplies the outputs and returns the result. 3) funci takes two inputs, while func2 takes one input. Create a lambda function that calls func1 on input1 and input2, func2 on input2 and then divides the outputs and returns the result. 4) Both functions take two inputs. Create a lambda function that calls func1 on input1 and input2, func2 on inputi and input2 and then subtracts the outputs and returns the result. After creating these 4 lambdas functions, store them in a list. Ok, now we need to decide what lambda function to call for each given input. If the choice is wrong then you will see an exception Play with a few return statements in function fusion to see the exception. Since we do not want to interrupt the flow of the program, we need to use a try-exception block(s) Think how they can be useful to cover all possible cases to get a valid output. Upon doing that, return that output. Note: Lambda functions do not need to have doctests or assert statements. For the consistency of rounding, use integer division. from functools import reduce POWER 2 square l x: xxPOWER add lambda x,y: x+y subtractlambda x,y: x-y identityLambda x: x Lambda