Prepare an amortization schedule for the bond. $($Round answers to $2$ decimal places, e$.$g$.52\mathrm{.}75.)$

Dec. $31,2023$

June $30,2024$

Dec. $31,2024$

June $30,2025$

Dec. $31,2025$

Totals

$\backslash$table$[[$Interest$,$Discount,Amortized Cost$],[$Revenue$,$Amortization,$($Present Value$)]]$

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$Current Attempt in Progress

On January $1,2023,$ Splish Corporation purchased a newly issued $$1,550,000$ bond. The bond matured on December $31,2025,$ and paid interest at $6\%$ every June $30$ and December $31.$ The market interest rate was $8\%.$ Splish's fiscal year$-$end is October $31,$ and the company had the intention and ability to hold the bond until its maturity date. The bond will be accounted using the amortized cost model.

Click here to view Table A$.2-$ PRESENT VALUE OF $1-($PRESENT VALUE OF A SINGLE SUM$)$

Click here to view Table A$.4-$ PRESENT VALUE OF AN ORDINARY ANNUITY OF $1$