$[$The following information applies to the questions displayed below.$]$

Pete's Tennis Shop has the following transactions related to its top$-$selling Wilson tennis racket for the month of August. Pete's Tennis Shop uses a periodic inventory system.

$\backslash$table$[[$Date$,$Transactions,Units,Unit Cost,Total Cost$],[$August $1,\backslash$table$[[$Beginning$],[$inventory$]],8,$$$152,$$$,1,216],[$August $4,$Sale $($$$185$ each$),5,,,],[$August $11,$Purchase,$10,142,,1,420],[$August $13,$Sale $($$$200$ each$),8,,,],[$August $20,$Purchase,$10,132,,1,320],[$August $26,$Sale $($$$210$ each$),11,,,],[$August $29,$Purchase,$10,122,,1,220],[,,,$$$,5,176]]$

For the specific identification method, the August $4$ sale consists of rackets from beginning inventory, the August $13$ sale consists of rackets from the August $11$ purchase, and the August $26$ sale consists of one racket from beginning inventory and $10$ rackets from the August $20$ purchase.

$5.$ Calculate sales revenue and gross profit under each of the four methods. $($Round weighted$-$average cost amounts to $2$ decimal places.$)$

$\backslash$table$[[,\backslash$table$[[$Specific$],[$Identification$]],$FIFO,LIFO,$\backslash$table$[[$Weighted$-],[$average cost$]]],[$Sales revenue,,,,$],[$Cost of goods sold,,,,$],[$Gross profit,,,,$]]$