AHPA #17: Student Data 00 • • . • Dr. Anderson's class has three students in it: Mark Johnson, Ann Tran, and Susan Anthony. Each student has a USF student rank: Mark – 75, Ann – 52, and Susan – 101. Each student also has a score from their first test in Dr. Anderson's class: Mark - 79.5, Ann - 83.2, and Susan - 91.4. Create a single variable to identify each student in the class (1,2,3). Create a Rust program in which you load the student names, rank, and test scores into individual variables and then print out each student's information on a separate line starting with the student's identifier. cargo run Compiling my-project v0.1.0 (/home/runner/ICPA-17-Solution) Finished dev [unoptimized + debuginfo] target(s) in 0.27s Running target/debug/my-project 1 Student Mark Johnson has rank 75 and test score 79.5. 2 Student Ann Tran has rank 52 and test score 83.2. 3 Student Susan Anthony has rank 101 and test score 91.4.

define iteration.

Apply the recursive GCD algorithm. Show the calls to gcd with the arguments for each recursive call and then all of the return values. 1 -GCD(103, 13)

Use recursive functions only Python only** onlyAU - Given an RNA sequence, returns a new sequence consisting of only the 'A' and 'U' bases from the original sequence with the 'C' and 'G' bases removed.    Define onlyAU with 1 parameter Use def to define onlyAU with 1 parameter   Do not use any kind of loop Within the definition of onlyAU with 1 parameter, do not use any kind of loop.   Use a return statement Within the definition of onlyAU with 1 parameter, use return _ in at least one place.   Call onlyAU Within the definition of onlyAU with 1 parameter, call onlyAU in at least one place.