U18 Professional Development League Cup Group H stats & predictions

Football transcends mere sport holding deep cultural significance particularly within South African communities where it serves as unifying force bringing together diverse backgrounds fostering unity harmony amidst differences.

• Youth Empowerment Initiatives: Football academies established across regions empower local youths providing them structured platform hone skills while imparting life lessons discipline teamwork values critical success life beyond football pitch.
• Economic Opportunities: Tournaments like U18 Professional Development League Cup stimulate local economies creating job opportunities ranging event management catering sectors benefiting communities directly involved hosting such prestigious events thereby contributing economic upliftment overall societal welfare.
• amandahamilton/ESL<|file_sep|>/Day5/6-Loops-Exercises/1_RepeatMe.rb # Given an input string "abc" write a program which prints out "abcabcabc" string = "abc" while string.length <=9 string += "abc" end puts string<|repo_name|>amandahamilton/ESL<|file_sep|>/Day6/4-Methods/1_Divide.rb # Divide two numbers def divide(num1,num2) num1.to_f/num2 end puts divide(5,2)<|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/5-Conditionals/2_Conditionals.rb # Given an integer between -1000 and +1000 write a program which prints out whether it is odd or even num = rand(-1000..1000) if num %2 ==0 puts "#{num} is even" else puts "#{num} is odd" end if num%2 ==0 puts "#{num} is even" elsif num%2 !=0 puts "#{num} is odd" end<|repo_name|>amandahamilton/ESL<|file_sep|>/Day6/4-Methods/2_Multiply.rb # Multiply two numbers def multiply(num1,num2) num1*num2 end puts multiply(5,10)<|file_sep|># Given an array [1,"two",["three",4]] write code which prints out three elements contained within it. # Print out each element contained within an array called things. things = [1,"two",["three",4]] puts things[0] puts things[1] puts things[2][0]<|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/7-Randomness/1_RandomNumber.rb # Generate random number between -50 - +50 rand_num = rand(-50..50) puts rand_num<|file_sep|># Given an array [1,"two",["three",4]] write code which prints out four elements contained within it. # Print out each element contained within an array called things. things = [1,"two",["three",4]] puts things[0] puts things[1] puts things[2][0] puts things[2][1]<|file_sep|># Find average of two numbers def average(num1,num2) (num1+num2)/2 end puts average(4,8)<|file_sep|># Given an array [1,"two",["three",4]] write code which prints out one element contained within it. # Print out each element contained within an array called things. things = [1,"two",["three",4]] puts things[0]<|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/6-Loops-Exercises/5_TimesTable.rb # Write code which prints out a multiplication table (10x10) for i in (1..10) for j in (1..10) puts "#{i} * #{j} = #{i*j}" end end<|file_sep|># Write code which prints out every number from one to ten using a loop for i in (1..10) puts i end<|repo_name|>amandahamilton/ESL<|file_sep|>/Day6/4-Methods/4_AverageOfThree.rb # Find average of three numbers def average(num1,num2,num3) (num1+num2+num3)/3 end puts average(4,8,-6)<|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/7-Randomness/4_RandomWord.rb # Create a random word generator from an array ["one","two","three"] words = ["one","two","three"] rand_word = words[rand(words.length)] puts rand_word<|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/6-Loops-Exercises/7_ForLoopRange.rb # Use range method with For Loop for i in ("a".."e") puts i end <|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/8-BonusQuestions/BonusQuestion_5.rb # Write code which calculates total number of seconds passed since birth (use your birthday). seconds_in_a_minute = 60 minutes_in_an_hour = 60 hours_in_a_day = 24 days_in_a_month =30 months_in_a_year =12 birth_year=1997 birth_month=7 birth_day=27 current_year=2016 current_month=7 current_day=20 year_age=current_year-birth_year month_age=current_month-birth_month day_age=current_day-birth_day total_days=(year_age*days_in_a_month*months_in_a_year)+(month_age*days_in_a_month)+(day_age) total_hours=total_days*hours_in_a_day total_minutes=total_hours*minutes_in_an_hour total_seconds=total_minutes*seconds_in_a_minute puts "The total number of seconds passed since birth is #{total_seconds}" <|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/6-Loops-Exercises/9_WhileLoopRange.rb # Use range method with While Loop i="a" while i <= "e" puts i i.next! end <|repo_name|>amandahamilton/ESL<|file_sep|>/Day6/GuessTheNumber/guess_the_number_game.rb secret_number=rand(100) guess_count=0 while guess_count<=5 puts "Guess my number between one hundred." guess=gets.chomp.to_i if guess==secret_number puts "You win!" break elsif guess > secret_number puts "Too high!" elsif guess < secret_number puts "Too low!" end guess_count+=1 if guess_count==5 puts "Game over! The number was #{secret_number}." end end <|repo_name|>amandahamilton/ESL<|file_sep|>/Day5/BonusQuestions/BonusQuestion_8.rb # Given an array [1,"two",["three",4]] write code which checks if certain elements exist within it. # Check if certain elements exist within an array called things. things = [1,"two",["three",4]] if things.include?(true) puts true else puts false end <|file_sep|># Create two variables num_one and num_two then swap their values without using another variable. num_one=10 num_two=20 temp=num_one num_one=num_two num_two=temp puts num_one puts num_two <|repo_name|>amandahamilton/ESL<|file_sep|>/Day6/GuessTheNumber/guess_the_number_game_v_02.rb secret_number=rand(100) guess_count=0 while guess_count<=5 if guess_count==5 break end guesses_left=guess_count+1 puts "Guess my number between one hundred." guess=gets.chomp.to_i if guess==secret_number puts "You win!" break elsif guess > secret_number puts "Too high!" elsif guess < secret_number puts "Too low!" end guess_count+=1 if guess_count==5 puts "Game over! The number was #{secret_number}." end end <|file_sep|># Write code which prints out every other number from one to ten using a loop for i in (1..10).step(