MCAP Grade 7 Statistics and Probability. Practice it free.

Measures random sampling, comparative inferences, and probability models. This Grade 7 reporting domain maps to 7 practice skills and 8 representative questions from the playable bank.

Grade 7Content Subclaim7 mapped skills
What the test measures

Statistics and Probability skills

  1. 7.SP.A Use random sampling to draw inferences about a population.

  2. 7.SP.B Draw informal comparative inferences about two populations.

  3. 7.SP.C Investigate chance processes and develop, use, and evaluate probability models.

Standards basis

Maryland College and Career Ready Standards for Mathematics (MCCRSM) — Maryland

How the MCAP reports it

MCAP is Maryland's statewide successor to PARCC, built on the Maryland College and Career Ready Standards for Mathematics (which mirror CCSS-M) — it is not a Smarter Balanced administration despite the claims-style family resemblance. Each grade/course High Level Blueprint (September 2022) organizes the assessment into three subclaims: Content (23-24 one-point machine-scored items, listed per domain/conceptual category as MCCRSM cluster headings), Reasoning (6 items), and Modeling (6 items), the latter two defined by per-grade evidence statements and including constructed-response items. Cluster headings are transcribed verbatim from the blueprints, including their minor typographical deviations from the parallel CCSS-M headings; two evident misprints are normalized (a duplicated sentence fragment on 4.OA.C, and the domain codes printed as G.P.E / T.TF for G.GPE / F.TF). Since March 2025, grade 6-7 students enrolled in a high-school mathematics course may take the corresponding MCAP course assessment instead of the grade-level test.

Blueprint & weighting

Each High Level Blueprint (September 2022) publishes per-domain operational item counts. Content Subclaim (1-point machine-scored items): Grade 3 — OA 7, NBT 2, NF 7, Measurement 5, Geometry 2 (23 items); Grade 4 — OA 4, NBT 5, NF 10, Measurement 3, Geometry 1 (23); Grade 5 — OA 2, NBT 6, NF 9, Measurement 4, Geometry 2 (23); Grade 6 — RP 3, NS 8, EE 8, Geometry 2, SP 2 (23); Grade 7 — RP 8, NS 4, EE 5, Geometry 3, SP 3 (23); Grade 8 — NS 2, EE 10, Functions 5, Geometry 4, SP 2 (23); Algebra I — Number and Quantity 1, Algebra 12, Functions 9, Statistics 2 (24); Geometry — G.CO 7, G.SRT 8, G.C 3, G.GPE 3, G.GMD 1, G.MG 1 (23); Algebra II — Number and Quantity 3, Algebra 8, Functions 11, Statistics 1 (23). Every assessment adds 6 Reasoning Subclaim and 6 Modeling Subclaim operational items — four 1-point machine-scored each, plus two constructed-response items (two 3-point in grades 3-4; one 3-point and one 4-point in grades 5-8; two 4-point in Algebra I, Geometry, and Algebra II) — so a form carries 35 operational items (36 for Algebra I).

Try it now

8 free questions · 0/0 correct

Practice playeasy

A random sample of 32 contained 8 successes. What is the sample proportion (as a simplified fraction)?

Proportion =832=14= \dfrac{8}{32} = \dfrac{1}{4}.

Practice playeasy

Two fair coins are tossed. What is the probability of getting exactly one head?

The sample space is HH, HT, TH, TT. Exactly one head appears in 22 of the 44 equally likely outcomes: 24=12\dfrac{2}{4} = \dfrac{1}{2}.

Practice playeasy

One letter is chosen at random from the word STUDENT. What is the probability that the letter is a vowel?

STUDENT has 77 letters. The vowels are U and E, so P(vowel)=27P(\text{vowel}) = \dfrac{2}{7}.

Practice playeasy

A standard die is rolled. What is the probability of not rolling a 66?

Five of the six faces are not 66, so P=116=56P = 1 - \dfrac{1}{6} = \dfrac{5}{6}.

Practice playeasy

The whole numbers 11 through 4040 were each written on separate pieces of paper. Those 4040 pieces were placed in a bowl. One piece will be randomly drawn from this bowl. What is the probability that the piece will show a perfect square?

Perfect squares from 11 to 4040 are 1,4,9,16,25,361, 4, 9, 16, 25, 36, so there are 66 favorable outcomes: P=640=320P = \tfrac{6}{40} = \tfrac{3}{20}.

Practice playeasy

What is the probability of rolling a 4 on a standard die? Give a simplified fraction.

P=favorabletotal=16=16P = \dfrac{\text{favorable}}{\text{total}} = \dfrac{1}{6} = \dfrac{1}{6}.

Practice playeasy

A standard six-sided number cube is rolled twice. What is the probability of rolling a 22 both times?

P(2 on one roll)=16P(2\text{ on one roll}) = \dfrac{1}{6}. For two independent rolls, P(both 2s)=16×16=136P(\text{both }2\text{s}) = \dfrac{1}{6} \times \dfrac{1}{6} = \dfrac{1}{36}.

Practice playeasy

In a random sample, 12 of 48 shoppers chose vanilla. What percent of all shoppers would you expect to choose vanilla?

1248=14=25%\dfrac{12}{48} = \dfrac{1}{4} = 25\%.

Keep practicing

Turn statistics and probability into game time.

The MCAP placement starts with this test's real coverage map and finds the right difficulty.