$\backslash (\backslash$$ $5,100,000\backslash ).$ Logan Service expects to fly the plane $725,000$ miles the first year, $\backslash (1,325,000\backslash )$ miles each year during the second, third, and fourth years, and $800,000$ miles the last year. Read the requirements. $1.$ Compute Logan Service's depreciation for the first two years on the plane using the straight$-$line method, the units$-$of$-$production method, and the double$-$declining balance method. a$.$ Straight$-$line method Using the straight$-$line method, depreciation is for $2020$ and for $2021.$ b$.$ Units$-$of$-$production method $($Round the depreciation per unit of output to two decimal places to compute your final answers.$)$ Using the units$-$of$-$production method, depreciation is c$.$ Double$-$declining balance method Using the double$-$declining$-$balance method, depreciation is for $2020$ and for $2021.2.$ Show the airplane's book value at the end of the first year under each method. Requirements $1.$ Compute Logan Service's depreciation for the first two years on the plane using the following methods: a$.$ Straight$-$line method b$.$ Units$-$of$-$production method $($round depreciation per mile to the closest cent$)$ c$.$ Double$-$declining$-$balance method $2.$ Show the airplane's book value at the end of the first year under each depreciation method.