In regards to question 3, it gives you the workings but i’m still not 100% where that equation / workings came from. Can you explain what part of the lecture I should re-watch? I do have all the notes from watching the lecture but still can’t seem to work it out – i’m sure it’s really obvious I just seem to be missing something!
First you do not state which of the questions you are referring to (and the workings for the answers appear in the pop-up window after you submit your answer).
Secondly I assume that you watched the free lectures on this before attempting the test? The lectures explain everything in depth!
Francisca says
This was so helpful although I battled with QUESTION 3!Thank you for the lecture
John Moffat says
Thank you for your comment 馃檪
fpriyaaa says
question 3 was tricky
John Moffat says
True (although it is very like one of the examples I work through in the free lecture 馃檪 )
noushadnadirali says
question no 4 is nice 馃槢
John Moffat says
馃檪
darciecoco says
Hello.
In regards to question 3, it gives you the workings but i’m still not 100% where that equation / workings came from. Can you explain what part of the lecture I should re-watch? I do have all the notes from watching the lecture but still can’t seem to work it out – i’m sure it’s really obvious I just seem to be missing something!
Thank you
John Moffat says
It is the lectures on allocation, apportionment, and absorption of overheads.
You need to calculate the absorption rate per hour for each of the cost centres and then use these rate to get the overhead per unit for product M.
isabellanova says
Please explain in depth how you got the answer
John Moffat says
First you do not state which of the questions you are referring to (and the workings for the answers appear in the pop-up window after you submit your answer).
Secondly I assume that you watched the free lectures on this before attempting the test? The lectures explain everything in depth!
Iqra says
For q4 from where we get 50 hours
John Moffat says
$400 is paid for labour.
Labour is paid $8 per hour.
Therefore there must be 400/8 = 50 hours of labour.