Write a C++ program in hwl.cpp to use the second equation of motion to compute the distance traveled by an object moving in a straight line at constant acceleration. Here are the details: The second equation of motion (you can find it online on many pages): Distance traveled = vot +at2 Ovo = initial velocity, in meters/second o t = time traveled, in seconds o a = acceleration, in meters/second . All variables should be of type float . Please follow the expected output text. This will allow the TA's to grade your assignments faster so you get your grades earlier. For example, here is what output for the "zero" case looks like on your screen: . Compute distance traveled using the second equation of motion for constant acceleration along a straight line Enter initial velocity (m/sec): 0 Enter acceleration (m^2/sec): 0 Enter travel time (sec): 0 The object has traveled 0 meters Style: Provide a brief comment to describe the program, use meaningful names for the variables. Specifically, avoid single letter variable names. [While the physics equations usually use single-letter names, they're provided in a context where the names have a relatively common understood meaning.] Grading