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Score calculator

AP® Computer Science A Score Calculator

Put in how many multiple choice questions you got right (or think you would) and your points on each free-response question. You'll see your weighted composite, an estimated 1 to 5 for the May 2027 exam, and what it would take to reach a 3, 4 or 5.

The 1 to 5 here is a rough estimate. College Board doesn't publish the cutoffs, and there's no released conversion chart for this exam in its current form, so treat the score as a ballpark and the composite as the solid number. How we estimate

Multiple choice
of 42 questions right

55% of your score

Free response

Your points on each question, out of the most it can earn (25 in all).

of 7 points

12.6% of your score

of 7 points

12.6% of your score

of 5 points

9% of your score

of 6 points

10.8% of your score

Your estimate

Weighted composite
59 / 100
Rough AP score
4

You're close to a cutoff, so this could be a 3 to 4.

An estimate, not a prediction. College Board sets the real cutoffs each year and doesn't publish them. See how we estimate below.

What you'd need

Based on our estimated cutoffs. Aim a few points higher to be safe.

What it would take to reach a 3, 4 or 5
For aMultiple choice right, with your free responseFree-response points, with your multiple choice
315 of 42About 30% of the points (8 of 25)
425 of 42About 59% of the points (15 of 25)
539 of 42About 99% of the points (25 of 25)

How the Computer Science A exam is scored

Your multiple choice score is the number you get right, with nothing taken off for wrong answers. Each free-response question is scored with a rubric, point by point. College Board weights each part and adds them into one composite score, then turns that into a 1 to 5. Multiple choice is 55% of the Computer Science A composite, and free response is 45%.

How much each part of the Computer Science A exam counts
PartMost you can earnShare of your scoreEach question or point adds
Multiple choice (42 questions)42 questions55%1.3 of 100
Question 1: Methods and control structures7 points12.6%1.8 of 100
Question 2: Class design7 points12.6%1.8 of 100
Question 3: Data analysis with ArrayList5 points9%1.8 of 100
Question 4: 2D array6 points10.8%1.8 of 100

College Board gives multiple choice 55% and the four free-response questions 45%, scored out of 25 points in all. It doesn't list separate weights for the questions, so we count every free-response point the same.

One multiple choice question adds 1.3 to your composite out of 100. Every free-response point adds 1.8. So one free-response point is worth about 1.4 multiple choice questions.

How we estimate your score

First we add up your composite score out of 100. Each part of the exam gets the share of your score that College Board gives it for the 2027 exam, and within a part, each point counts the same unless College Board weights the questions differently.

Then we turn the composite into a 1 to 5. College Board sets the real cutoffs each year after the exams are scored, and it doesn't publish them. The only official cutoffs anyone can see are in conversion charts College Board printed with some older exams it released in full. Each chart shows where the cutoffs fell on that exam, in that year. We turn each chart's cutoffs into a share of its total and average them.

For Computer Science A, College Board printed charts with its 2009 and 1999 released exams. Those exams split the score evenly: 40 multiple choice questions and four 9-point free-response questions. The exam was revised for 2025–26 (42 questions worth 55%, and free response out of 25 points), so these cutoffs are a rough guide.

Because of that, the 1 to 5 here is a rough estimate. Your weighted composite is the more solid number: it uses College Board's own weights for the 2027 exam.

Where each score started, as a share of the total
Chart5432
2009 released exam78%62 of 8059%47 of 8046%37 of 8036%29 of 80
1999 released exam76%61 of 8059%47 of 8045%36 of 8036%29 of 80
Our cutoff (the average)77594636

Within 6 points of a cutoff, the calculator shows a range instead of one score, because the real cutoff could fall on either side of you.