MO MAP Grade 7 Ratios and Proportional Relationships. Practice it free.

Extends proportional reasoning to percent problems, scale drawings, and constant of proportionality. This Grade 7 reporting domain maps to 7 practice skills and 8 representative questions from the playable bank.

Grade 77 mapped skills
What the test measures

Ratios and Proportional Relationships skills

  1. Analyze proportional relationships and use them to solve real-world and mathematical problems

  2. Compute unit rates associated with ratios of fractions

  3. Recognize and represent proportional relationships between quantities

  4. Use proportional relationships to solve multistep ratio and percent problems

Standards basis

Missouri Learning Standards (Mathematics K-5 and Mathematics 6-12; revised standards approved April 19, 2016) — Missouri

How the MO MAP reports it

Missouri’s MAP math is built from the Missouri Learning Standards and the state’s item specifications, not from a separate national testing framework. The standards are closely CCSS-aligned in structure, with grade-level and course-level domains used as the native reporting/coverage structure.

Blueprint & weighting

Missouri publishes grade-level and EOC blueprints, but the accessible official pages in this pass did not expose the domain-by-domain percentage tables. The assessment page states that item specifications organize expectations by domains/strands and that blueprints are available for grade-level and EOC assessments.

Try it now

8 free questions · 0/0 correct

Practice playeasy

Windshield washer fluid is mixed with concentrate and water in a ratio of 77 to 5656. How many cups of concentrate should be added to 33 gallons of water to make the fluid in this ratio? (44 cups == 11 quart, 44 quarts == 11 gallon.)

Three gallons of water is 3×16=483 \times 16 = 48 cups. With a 77 to 5656 ratio, 756=x48\dfrac{7}{56} = \dfrac{x}{48}, so 56x=33656x = 336 and x=6x = 6 cups of concentrate.

Practice playeasy

A paint mixture uses red and blue paint in a ratio of 44 to 77. How many ounces of blue paint are needed to mix with 3232 ounces of red paint?

Scale the ratio: 3232 oz red is 88 groups of 44, so blue paint = 8×7=568 \times 7 = 56 ounces.

Practice playeasy

Solve for xx: 963=6x\dfrac{9}{63} = \dfrac{6}{x}.

Cross-multiply: 9x=636=3789 x = 63 \cdot 6 = 378. So x=42x = 42.

Practice playeasy

A $200\text{\char36}200 shirt is on sale for 25%25\% off. What is the sale price?

Discount: 25100×$200=$50\frac{25}{100} \times \text{\char36}200 = \text{\char36}50. Sale: $200$50=$150\text{\char36}200 - \text{\char36}50 = \text{\char36}150.

Practice playmedium

A town's population increased from 12,00012{,}000 to 13,80013{,}800. What is the percent increase?

Increase =13,80012,000=1,800= 13{,}800 - 12{,}000 = 1{,}800. Percent increase =1,80012,000=0.15=15%= \dfrac{1{,}800}{12{,}000} = 0.15 = 15\%.

Practice playeasy

Find the simple interest on $100\text{\char36}100 at 5%5\% per year for 11 year.

I=100×0.05×1=$5I = 100 \times 0.05 \times 1 = \$5.

Practice playmedium

Three purchases are taxed at the rates shown. What is the total cost including tax?
ItemPriceSales taxBook$405%Headphones$608%Cable$2010%\begin{array}{l|c|c} \text{Item} & \text{Price} & \text{Sales tax} \\ \hline \text{Book} & \text{\char36}40 & 5\% \\ \text{Headphones} & \text{\char36}60 & 8\% \\ \text{Cable} & \text{\char36}20 & 10\% \end{array}

Book: 40+0.0540=42.40+0.05\cdot 40=42\textsf{.} Headphones: 60+0.0860=64.80.60+0.08\cdot 60=64.80\textsf{.} Cable: 20+0.1020=22.20+0.10\cdot 20=22\textsf{.} Total: 42+64.80+22=$128.80.42+64.80+22=\text{\char36}128.80\textsf{.}

Practice playeasy

A fabric dye bath uses dye concentrate and water in a ratio of 44 to 3232. How many cups of dye concentrate should be added to 22 gallons of water to make the bath in this ratio? (44 cups == 11 quart, 44 quarts == 11 gallon.)

Two gallons of water is 3232 cups. With a 44 to 3232 ratio, 432=x32\dfrac{4}{32} = \dfrac{x}{32}, so x=4x = 4 cups of dye concentrate.

Keep practicing

Turn ratios and proportional relationships into game time.

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