Help with some python homework...
Scott W Dunning
swdunning at cox.net
Sat Feb 1 01:35:50 CET 2014
So, this is what I came up with. It works, which is good but it’s a little different from a few things you guys had mentioned. For one, I got the correct time by calculating the number of time run and converting that into seconds then back out to hr:mn:sc. I didn’t calculate from midnight. That seemed more complicated to me because I’d have to figure the number of seconds from midnight to 6:52am then do the calculations for number of seconds run until I got home, then I got kind of lost. Also, before I forget what is the difference between / and //? I remember somthing about floor division? Not sure what that means though. Is it like a % where it gives the remainder after dividing? Thanks again. Code below. Also, I think I found out through a little trial and error that I had two different hours, mins, and sec so I had to use one uppercase and one lower case. Is that frowned upon? And should I have come up with a different name instead?
SECONDS = 1
MINUTES = 60 * SECONDS
HOURS = 60 * MINUTES
time_left_house = 6 * HOURS + 52 * MINUTES
miles_run_easy_pace = 2 * (8 * MINUTES + 15 * SECONDS)
miles_run_fast_pace = 3 * (7 * MINUTES + 12 * SECONDS)
time_returned_home = miles_run_easy_pace + miles_run_fast_pace + time_left_house
hours = time_returned_home // HOURS
part_hour = time_returned_home % HOURS
minutes = part_hour // MINUTES
seconds = part_hour % MINUTES
print "Time returned home:", hours,":", minutes,":", seconds,"am"
On Jan 31, 2014, at 6:51 AM, Neil Cerutti <neilc at norwich.edu> wrote:
> On 2014-01-31, scottwd80 at gmail.com <scottwd80 at gmail.com> wrote:
>> Here is the question that was asked and below that I'll paste
>> the code I have so far.
>> **If I leave my house at 6:52 am and run 1 mile at an easy pace
>> (8:15 per mile), then 3 miles at tempo (7:12 per mile) and 1
>> mile at easy pace again, what time do I get home for
> That depends on the directions in which you run. Also, you are
> But seriously, my advice is to find the answer the old fashioned
> way first, with pencil and paper. Then you'll have two things you
> don't now:
> 1. A correct answer to test your program's answer with.
> 2. A general idea of how to solve the problem.
> It's often a mistake to start writing code. Eventually you'll be
> able to go directly from problem to code more often, but it will
> take practice.
> Neil Cerutti
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