Computing Revenues on Long$-$term Projects Bartov Corporation agreed to build a warehouse for $$3,000,000.$ Expected $($and actual$)$ costs for the warehouse follow: Year $1,$ $$500,000$ Year $2,$ $$1,400,000$ and Year $3,$ $$600,000.$ The company completed the warehouse in Year $3.$ Compute revenues, expenses, and income for each year Year $1$ through Year $3$ assuming that Bartov$$s performance obligation for the warehouse is fulfilled over time and that the costs incurred provide a close approximation of the value conveyed to the customer. Round percentages to the nearest whole percent. Use rounded percentages to calculate subsequent answers.

Computing Revenues on Long$-$term Projects

Bartov Corporation agreed to build a warehouse for $\backslash (\backslash$$ $3,000,000\backslash ).$ Expected $($and actual$)$ costs for the warehouse follow: Year $1,\backslash (\backslash$$ $500,000\backslash )$ Year $2,\backslash (\backslash$$ $1,400,000\backslash )$ and Year $3,\backslash$$$600,000.$ The company completed the warehouse in Year $3.$ Compute revenues, expenses, and income for each year Year $1$ through Year $3$ assuming that Bartov's performance obligation for the warehouse is fulfilled over time and that the costs incurred provide a close approximation of the value conveyed to the customer.

Round percentages to the nearest whole percent. Use rounded percentages to calculate subsequent answers.$\backslash \%$ of total expected