Problem 1 of 4

GradeKit is provided for you. Call its Average procedure on the list [80, 90, 100] and print the class average. Do NOT rewrite the averaging logic yourself.

Expected output: 90

scores ← [80, 90, 100]
classAvg ← Average(scores)
DISPLAY(classAvg)

Problem 2 of 4

Using the provided GradeKit, print the highest score in [72, 95, 88] on the first line. Then, on the second line, print PASS if that top score meets a cutoff of 90 (use Passing), otherwise FAIL.

Expected output: 95 PASS

scores ← [72, 95, 88]
top ← Highest(scores)
DISPLAY(top)
IF(Passing(top, 90))
{
  DISPLAY("PASS")
}
ELSE
{
  DISPLAY("FAIL")
}

Problem 3 of 4

A student scored 68. Using the provided GradeKit, first Curve their score by 5 points and print the curved score. Then print PASS or FAIL for the curved score against a cutoff of 70 (use Passing). Watch the documented parameter order.

Expected output: 73 PASS

score ← 68
curved ← Curve(score, 5)
DISPLAY(curved)
IF(Passing(curved, 70))
{
  DISPLAY("PASS")
}
ELSE
{
  DISPLAY("FAIL")
}

Problem 4 of 4

Build a grade report from scratch using ONLY the provided GradeKit procedures. For the list [55, 91, 78, 64], print three lines: (1) the average, (2) the highest score, and (3) PASS if the average meets a cutoff of 70, otherwise FAIL.

Expected output: 72 91 PASS

scores ← [55, 91, 78, 64]
avg ← Average(scores)
DISPLAY(avg)
DISPLAY(Highest(scores))
IF(Passing(avg, 70))
{
  DISPLAY("PASS")
}
ELSE
{
  DISPLAY("FAIL")
}