The document describes a program that takes 4 integer inputs, calculates their product and average using integer arithmetic in the first part. In the second part, it converts the inputs to floating point, calculates product and average with 3 decimal places of precision, to avoid issues with overflow from very large inputs in the integer calculation.

1. Given 4 integers, output their product and their average using integer arithmetic. Ex: If the input
is: 8 1054 the output is: 16006 Note: Integer division discards the fraction. Hence the average of
81054 is output as 6, not 6.75 . Note: The test cases include four very large input values whose
product results in overflow. You do not need to do anything special, but just observe that the
output does not represent the correct product (in fact, four positive numbers yield a negative
output; wow). Submit the above for grading. Your program will fail the last test cases (which is
expected), until you complete part 2 below. Part 2 Also output the product and average using
floating-point arithmetic. Output each floating-point value with three digits after the decimal
point, which can be achieved by executing cout fixed setprecision(3); once before all other cout
statements. Hint: Convert the input values from int to double. Ex: If the input is: 81054 the
output is: 16006 1600.000 6.750 2.51.1: LAB: Simple statistics 0/10 main.cpp Load default
template... Run your program as often as you'd like, before submitting for grading. Below, type
any needed input values in the first box, then click Run program and observe the program's
output in the second box.