Homework Solution: Please follow the instructions and tell me how you got to that answer just like the instruction…

    Please follow the instructions and tell me how you got to that answer just like the instructions say please follow it. Please do all the problems don't do half and submit it to me. Please do all of them. And please type it for me so I can read what you wrote. Please show all of your answers and explain how did you arrive with that answers. Do not just give me the answers. Please explain how you got to that answers. In other words please read the instructions carefully and do it what the instructions said to do. CTS-277 Data Structures and Algor i thms Review: Analysis of Algorithms 1. One way to determine the execution speed of an algorithm is to implement it in a programming language, execute the program, and directly measure the actual time it takes to complete. Briefly explain the possible problem(s) with this approach. 2 For each of the following code segments: -identify the statoments that are mice - identify the Big-o run-time (show how you arrived at the answer) sum sqr o for ( ct 0; ct 《 size: ++ ct ) , sum-sar += data [ct] * data [ct]; mean sqr sum_sqr size: b.1 sum=0; for( ct 1: ct sizei ++ct sum += ct; product = 1 ; for( ct = 1; ct 《= size; ++ct ) product ct: difference = product - sum; C. i max = datato, o); for( ctr = 0; ctr : n; ++ctr ) for( ctc = 0: ctc < n; ++etc ) if ( data [ctr] [ctc] 》 max ) max -data [ctr] [ctc] d max data [o, 0]: for ctr ctr 5 t+ctr if ( data [ctr] [ctc] 》 max ) max = data [ctr) [ctc) ; sum = 0; for( ctr o; ctr < 3; ++ctr ) sum += data [ctr] [ctc); f. /total f. /totalo for( ctr 0; ctr 《 n; ++ctr ) for( ctc # ctr + 1; ctc < n; ++ctc ) total data [ctr] [ctc); I need help with number 2, letters A,B,C,D,E, and F
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    Show transcribed image textCTS-277 Data Structures and Algor i thms Review: Analysis of Algorithms 1. One way to determine the execution speed of an algorithm is to implement it in a programming language, execute the program, and directly measure the actual time it takes to complete. Briefly explain the possible problem(s) with this approach. 2 For each of the following code segments: -identify the statoments that are "mice" - identify the Big-o run-time (show how you arrived at the answer) sum sqr o for ( ct 0; ct 《 size: ++ ct ) , sum-sar += data [ct] * data [ct]; mean sqr sum_sqr size: b.1 sum=0; for( ct 1: ct sizei ++ct sum += ct; product = 1 ; for( ct = 1; ct 《= size; ++ct ) product ct: difference = product - sum; C. i max = datato, o); for( ctr = 0; ctr : n; ++ctr ) for( ctc = 0: ctc

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    CTS-277 Basis Structures and Algor i thms Review: Analysis of Algorithms 1. One practice to particularize the effort expedite of an algorithm is to tool it in a programming phraseology, consummate the program, and quickly appraise the real span it takes to entire. Briefly teach the practicable bearing(s) with this entrance. 2 Ce each of the flourishing legislation segments: -authenticate the statoments that are mice - authenticate the Big-o run-span (appearance how you come-tod at the retort) total sqr o ce ( ct 0; ct 《 size: ++ ct ) , total-sar += basis [ct] * basis [ct]; balance sqr total_sqr size: b.1 total=0; ce( ct 1: ct sizei ++ct total += ct; effect = 1 ; ce( ct = 1; ct 《= size; ++ct ) effect ct: distinction = effect - total; C. i max = basisto, o); ce( ctr = 0; ctr : n; ++ctr ) ce( ctc = 0: ctc < n; ++absence of wonder ) if ( basis [ctr] [ctc] 》 max ) max -basis [ctr] [ctc] d max basis [o, 0]: ce ctr ctr 5 t+ctr if ( basis [ctr] [ctc] 》 max ) max = basis [ctr) [ctc) ; total = 0; ce( ctr o; ctr < 3; ++ctr ) total += basis [ctr] [ctc); f. /whole f. /totalo ce( ctr 0; ctr 《 n; ++ctr ) ce( ctc # ctr + 1; ctc < n; ++ctc ) whole basis [ctr] [ctc); I insufficiency aid with calculate 2, scholarship A,B,C,D,E, and F
    media%2F867%2F86727cea-d9c3-4e3c-843d-21This is calm?} calculate 2. I insufficiency aid with scholarship G,H,I,J,K, and L
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    Appearance transcribed picture textCTS-277 Basis Structures and Algor i thms Review: Analysis of Algorithms 1. One practice to particularize the effort expedite of an algorithm is to tool it in a programming phraseology, consummate the program, and quickly appraise the real span it takes to entire. Briefly teach the practicable bearing(s) with this entrance. 2 Ce each of the flourishing legislation segments: -authenticate the statoments that are “mice” – authenticate the Big-o run-span (appearance how you come-tod at the retort) total sqr o ce ( ct 0; ct 《 size: ++ ct ) , total-sar += basis [ct] * basis [ct]; balance sqr total_sqr size: b.1 total=0; ce( ct 1: ct sizei ++ct total += ct; effect = 1 ; ce( ct = 1; ct 《= size; ++ct ) effect ct: distinction = effect – total; C. i max = basisto, o); ce( ctr = 0; ctr : n; ++ctr ) ce( ctc = 0: ctc

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