Dividing 3 coloured sweets by 8 children no mixing of colour

Algebra

Dividing 3 coloured sweets by 8 children no mixing of colour

Postby Guest » Mon Apr 19, 2021 2:05 pm

I came across a weird problem today that has really gotten me scratching my head as normally I am pretty good at simple mental maths challenges, however with this one I seem to be completely stumped.

Here goes the context:
There is a donation warehouse that is filled with a 3 different types of fruit that gets emptied and counted every day. The fruits are then divided into 8 boxes and the goal is to try and fill the boxes as much as possible regardless of which fruit type. Different fruits cannot be kept in the same box for more than a day so therefore for the purpose of this problem cannot be mixed. The fruits are Apples (A), Bananas (B) and Cherries (C).

Conditions:
There are 8 boxes and all 8 boxes must be filled with at least something
There is nothing preventing 7 of the boxes being made up of Apples (A) and then only 1 box being Bananas (B) and 0 boxes being Cherries (C) if that ensures the boxes are filled with as much of the total as possible.
All 8 boxes should be evenly filled.
Having left over fruits (a remainder) is acceptable, but obviously not ideal so we want to minimise the remainder.
Fruits cannot be divided so decimals are not to be used.
At the start of the dividing process, we will always know the distribution of Apples (A), Bananas (B) and Cherries (C).

Example of one of the days:
One day we received 800 Apples (800A), 600 Bananas (600B) and 200 Cherries (200C). This meant we had 1600 Fruits (1600F) in total and the distribution of A:B:C was 4:3:1. Therefore the best way to split these into boxes was to have 200 items in each box and to have 4 boxes of Apples (A), 3 boxes of Bananas (B) and 1 box of Cherries (C).
Example of another day:
Another day we received 825 Apples (825A), 600 Bananas (B) and 200 Cherries (C). This meant we had 1625 Fruits (F) in total and the distribution of A:B:C was 33:24:8. Therefore the best way to split these into boxes was to have 200 items in each box still and to have 4 boxes of Apples (A), 3 boxes of Bananas (B) and 1 box of Cherries (C) and to accept there would be 25 Apples (A) left over.

Is there a way of putting this into a formula for me to input the Apples (A), Bananas (B) and Cherries (C)? I have the attached equation that where at any time I am calculating the answer I know what the Total Number of Fruits is, however I am having difficulty figuring out what the values for the remainder will be. Happy to discuss and explain more, but I feel as though the solution may only be iterative.
Attachments
Equation.png
Equation.png (21.18 KiB) Viewed 118 times
Guest
 

Re: Dividing 3 coloured sweets by 8 children no mixing of co

Postby Guest » Mon Apr 19, 2021 2:07 pm

Sorry the title was meant to say fruits instead of sweets and boxes instead of children, but because I am a guest I haven't been able to edit it. I tried making it fruits as the conditions seem to be more intuitive when it is fruits and boxes as opposed to dividing sweets by children.
Guest
 


Return to Algebra



Who is online

Users browsing this forum: No registered users and 3 guests