Please read the attached pdf (SpecialForcesCode.pdf) and perform single transposition cipher, double transposition cipher on the given message below. 
Prepare/perform single transposition cipher, double transposition cipher on the given message below: CONDITIONS: Given a pencil, paper, two memory 10-letter word(s) or phrases, in a classroom or field environment, under unconventional warfare (UW) conditions. STANDARD: Write a message using a double transposition cipher in 10 minutes without error, PERFORMANCE MEASURES: 1. Write a message using a single transposition cipher in 5 minutes without error. a. Write the first 10-letter memory word(s) or phrase across the paper. NOTE: Leave enough space between the letters of the memory word to avoid confusion when writing the clear text message underneath. b. Write the message underneath the 10 letters, place the eleventh letter of the message under the first letter of the message and continue writing on a letter-by-letter basis until the message is complete. Put XXs at the ends of sentences and end of message to insure each letter of memory phrase has an equal number of letters underneath. c. Alphabetize the first 10-letter memory word(s) or phrase. Put small numbers above each letter. For example A is 1, B is 2, C is 3, Z is 10. d. Draw lines vertically separating the 10-letter memory word (s)/phrase. Extend these lines down the page until the bottom line of the message is reached Go to colum number 1 and write down the first five letters in that column forming a 5-letter group. f' If the letters in colum 1 do not make a 5-letter group, go on to colum 2, and finish the group. (Always start at the top of the colum and work down) g. If the letters in column 2 do not complete the 5-letter group, go on to colum 3 and finish the group. h. Continue this process until all letters are placed into 5-letter groups 1. Put the 5-letter groups in order from left to right as if reading a page. (See fig 1.) 2. Write a message using a double transposition cipher in 5 minutes without error, a. Write the second memory words phrase on the paper. 8 9 7 4 6 1 5 3 10 0 RNFLAKES END RESUPP LY TO THE BRI DGE BY THE URC | x | = |A| + NEEDEDURGE NTLY WITH A GAZ NES XXX SEHAU XRTVU IEDOB TSSLD EWNUB HDYTE HOEAX UNNGP EMRHX YGRET RCMGM ENTXD ANTEC Figure 1 b. Place the first 5-letter group of the single transposition cipher underneath the first five letters of the second memory word (sphrase on a letter-by-letter basis. c. Place the second 5-letter group of single transposition cipher under the second five letters of the memory word(s)phrase. d. Place the third 5-letter group of single transposition cipher under the first 5-letter group of single transposition cipher on a letter-by-Ictter basis. e. Continue on until all 5-letter groups of single transposition cipher are placed under the second memory word(s)/phrase on a letter-by-letter basis. 6 f. To complete the double transposition cipher process repeat steps Id-j. (See fig 2.) F N S : 104 SE HAUTS STD | UNING PRCMGM RTV UE WNUB EMRH XEHT XD TE DO BHDYTE Y GRETAN ELZ PHO IC HNTRD PDMBD TIENR YTELG RZSUX ECNTR MEGLS UXIEA ETYEA EEHAH CWHDN GYNOE UPXXB OSMNT Figure 2 Prepare/perform single transposition cipher, double transposition cipher on the given message below: CONDITIONS: Given a pencil, paper, two memory 10-letter word(s) or phrases, in a classroom or field environment, under unconventional warfare (UW) conditions. STANDARD: Write a message using a double transposition cipher in 10 minutes without error, PERFORMANCE MEASURES: 1. Write a message using a single transposition cipher in 5 minutes without error. a. Write the first 10-letter memory word(s) or phrase across the paper. NOTE: Leave enough space between the letters of the memory word to avoid confusion when writing the clear text message underneath. b. Write the message underneath the 10 letters, place the eleventh letter of the message under the first letter of the message and continue writing on a letter-by-letter basis until the message is complete. Put XXs at the ends of sentences and end of message to insure each letter of memory phrase has an equal number of letters underneath. c. Alphabetize the first 10-letter memory word(s) or phrase. Put small numbers above each letter. For example A is 1, B is 2, C is 3, Z is 10. d. Draw lines vertically separating the 10-letter memory word (s)/phrase. Extend these lines down the page until the bottom line of the message is reached Go to colum number 1 and write down the first five letters in that column forming a 5-letter group. f' If the letters in colum 1 do not make a 5-letter group, go on to colum 2, and finish the group. (Always start at the top of the colum and work down) g. If the letters in column 2 do not complete the 5-letter group, go on to colum 3 and finish the group. h. Continue this process until all letters are placed into 5-letter groups 1. Put the 5-letter groups in order from left to right as if reading a page. (See fig 1.) 2. Write a message using a double transposition cipher in 5 minutes without error, a. Write the second memory words phrase on the paper. 8 9 7 4 6 1 5 3 10 0 RNFLAKES END RESUPP LY TO THE BRI DGE BY THE URC | x | = |A| + NEEDEDURGE NTLY WITH A GAZ NES XXX SEHAU XRTVU IEDOB TSSLD EWNUB HDYTE HOEAX UNNGP EMRHX YGRET RCMGM ENTXD ANTEC Figure 1 b. Place the first 5-letter group of the single transposition cipher underneath the first five letters of the second memory word (sphrase on a letter-by-letter basis. c. Place the second 5-letter group of single transposition cipher under the second five letters of the memory word(s)phrase. d. Place the third 5-letter group of single transposition cipher under the first 5-letter group of single transposition cipher on a letter-by-Ictter basis. e. Continue on until all 5-letter groups of single transposition cipher are placed under the second memory word(s)/phrase on a letter-by-letter basis. 6 f. To complete the double transposition cipher process repeat steps Id-j. (See fig 2.) F N S : 104 SE HAUTS STD | UNING PRCMGM RTV UE WNUB EMRH XEHT XD TE DO BHDYTE Y GRETAN ELZ PHO IC HNTRD PDMBD TIENR YTELG RZSUX ECNTR MEGLS UXIEA ETYEA EEHAH CWHDN GYNOE UPXXB OSMNT Figure 2
