Now consider a system too big for your program to handle: it has a total of 10000 oscillators, with 3000 quanta to be distributed between them. Block 1 has7000 oscillators, and block 2 has 3000 oscillators.Think about what you observed above. For the most probable distribution of energy between the blocks:How many quanta would you expect to find in block 1?quanta in block 1How many quanta would you expect to find in block 2?quanta in block 2

The most likely circumstance is that the energy is divided in proportion to the number of oscillators in each object. most likely state has x% of quanta in block with x% of the oscillators. hence, as given Total number of oscillators=10000 and the total number of quanta=3000 block 1 has 7000 oscillators block 2 has 3000 oscillators that means block 1 ha 70% oscillator and block 2 hai 30% oscillators. hence block 1 should have 70% quanta and block 2 has 30% quanta so, for the most probable distribution of energy between the blocks, block 1 has 70% of 3000 quanta = 2100 and block 2 has 30% of 3000 quanta=900 2100 quanta in block 1 900 quanta in block 2

Answered: Now consider a system too big for your…