On January $1,2023,$ MYK Ltd$.$ purchased the right to extract oil from proven oil reserves on provincial government land. It paid $$1,100,000$ for production equipment and debited the "Equipment" account for the purchase price. Operations began on that day, and the agreement provided for three years of operations $($until December $31,2025),$ at which time it was estimated the oil reserves would be exhausted. MYK planned to extract the oil evenly over the three$-$year period and therefore decided to depreciate the cost of the equipment using the straight$-$line method, with no residual or salvage value. Included in the agreement with the government was a provision that the business would clean up the site at the end of the three years. On the date of purchase, MYK$\text{'}$s engineers and accountants estimated that the total cost to clean up the site on December $31,2025$ would total $$354,000,$ and the discount rate to be applied to that future cost would be $8\%.($Note: clean$-$up costs are also being debited to "Equipment"$).$ On December $31,2025,$ a contractor was paid $$344,200$ to clean up the site, and in January $2026$ the site was closed. MYK$\text{'}$s fiscal year end was December $31,$ and the company followed ASPE.

Click here to view the factor table.

Click here to view the factor table.

Prepare the required journal entries for each of the following dates, using the expense approach. $($Note: no inventory or sales related journal entries are required$)$:

January $1,2023$ Use $($a$)$ factor Table A$\mathrm{.}2,($b$)$ a financial calculator, or $($c$)$ Excel function PV$.$

December $31,2023$

December $31,2024$

December $31,2025$