STAAR Practice Test 1
State of Texas Assessments of Academic Readiness Grade 5 Mathematics 2019 |
| 1- |
In a bag, there are \(65\) cards. Of these cards, \(13\) cards are white. What fraction of the cards are white? |
| (A) |
\(\frac{1}{5}\) |
| (B) |
\(\frac{2}{7}\) |
| (C) |
\(\frac{13}{52}\) |
| (D) |
\(\frac{1}{4}\) |
| 2- |
Which expression is equal to \(\frac{3}{11}\)? |
| (A) |
\(3 \ – \ 11\) |
| (B) |
\(3 \div 11\) |
| (C) |
\(3 \times 11\) |
| (D) |
\(\frac{11}{3}\) |
| 3- |
If \(A = 20\), then which of the following equations are correct? |
| (A) |
\(A \ + \ 20 = 40\) |
| (B) |
\(A \div 20 = 40\) |
| (C) |
\(20 \times A = 40\) |
| (D) |
\(20 \ - \ A = 40\) |
| 4- |
How long does a \(425\)–miles trip take moving at \(50\) miles per hour (mph)? |
| (A) |
\(4\) hours |
| (B) |
\(6\) hours and \(24\) minutes |
| (C) |
\(8\) hours and \(24\) minutes |
| (D) |
\(8\) hours and \(30\) minutes |
| 5- |
\(50\) is What percent of \(40\)? |
| (A) |
\(20\%\) |
| (B) |
\(25\%\) |
| (C) |
\(125\%\) |
| (D) |
\(150\%\) |
| 6- |
The perimeter of the trapezoid below is \(52\). What is its area?
 |
| (A) |
104 |
| (B) |
104 |
| (C) |
104.0 |
| (D) |
104.00 |
| 7- |
The area of a circle is \(64 \ π\). What is the circumference of the circle? |
| (A) |
\(8 \ π\) |
| (B) |
\(16 \ π\) |
| (C) |
\(32 \ π\) |
| (D) |
\(64 \ π\) |
| 8- |
A rope weighs \(800\) grams per meter of length. What is the weight in kilograms of \(12.2\) meters of this rope? (\(1\) kilograms \(= 1000\) grams) |
| (A) |
\(0.0976\) |
| (B) |
\(0.976\) |
| (C) |
\(9.76\) |
| (D) |
\(9,760\) |
| 9- |
Solve.
\(\frac{1}{2} \ + \ \frac{4}{5} \ – \ \frac{3}{10} =\) |
| (A) |
\(\frac{9}{10}\) |
| (B) |
\(\frac{2}{10}\) |
| (C) |
\(1\) |
| (D) |
\(2\) |
| 10- |
How many \(\frac{1}{4}\) cup servings are in a package of cheese that contains \(6 \ \frac{1}{2}\) cups altogether? |
| (A) |
26 |
| (B) |
26 |
| (C) |
26.0 |
| (D) |
26.00 |
| 11- |
With what number must \(5.674321\) be multiplied in order to obtain the number \(56,743.21\)? |
| (A) |
\(100\) |
| (B) |
\(1,000\) |
| (C) |
\(10,000\) |
| (D) |
\(100,000\) |
| 12- |
Lily and Ella are in a pancake–eating contest. Lily can eat two pancakes per minute, while Ella can eat \(2 \ \frac{1}{2}\) pancakes per minute. How many total pancakes can they eat in \(5\) minutes? |
| (A) |
\(9.5\) Pancakes |
| (B) |
\(29.5\) Pancakes |
| (C) |
\(22.5\) Pancakes |
| (D) |
\(11.5\) Pancakes |
| 13- |
The distance between cities A and B is approximately \(2,600\) miles. If Alice drive an average of \(68\) miles per hour, how many hours will it take Alice to drive from city A to city B? |
| (A) |
Approximately \(41\) Hours |
| (B) |
Approximately \(38\) Hours |
| (C) |
Approximately \(29\) Hours |
| (D) |
Approximately \(27\) Hours |
| 14- |
\(12\) yards \(4\) feet and \(2\) inches equals to how many inches? |
| (A) |
\(96\) inches |
| (B) |
\(432\) inches |
| (C) |
\(482\) inches |
| (D) |
\(578\) inches |
| 15- |
Which expression has a value of \(– \ 8\)? |
| (A) |
\(8 \ – \ (– \ 2) \ + \ (– \ 18)\) |
| (B) |
\(2 \ + \ (– \ 3) \ × \ (– \ 2)\) |
| (C) |
\(– \ 6 \ × \ (– \ 6) \ + \ (– \ 2) \ × \ (– \ 12)\) |
| (D) |
\((– \ 2) \ × \ (– \ 7) \ + \ 4\) |
| 16- |
The drivers at G & G trucking must report the mileage on their trucks each week. The mileage reading of Ed’s vehicle was \(40,907\) at the beginning of one week, and \(41,053\) at the end of the same week. What was the total number of miles driven by Ed that week? |
| (A) |
\(46\) MILES |
| (B) |
\(145\) MILES |
| (C) |
\(146\) MILES |
| (D) |
\(1,046\) MILES |
| 17- |
Solve.
\(\frac{5}{8} \ × \ \frac{4}{5} = \) |
| (A) |
\(\frac{1}{2}\) |
| (B) |
\(\frac{10}{40}\) |
| (C) |
\(\frac{20}{60}\) |
| (D) |
\(\frac{1}{4}\) |
| 18- |
A cereal box has a height of \(28\) centimeters. The area of the base is \(120\) centimeters. What is the volume of the cereal box? |
| (A) |
3,360 |
| (B) |
3360 |
| (C) |
3360 |
| (D) |
3360.0 |
| 19- |
Nancy ordered \(18\) pizzas. Each pizza has \(8\) slices. How many slices of pizza did Nancy ordered? |
| (A) |
\(124\) |
| (B) |
\(144\) |
| (C) |
\(156\) |
| (D) |
\(180\) |
| 20- |
The length of a rectangle is \(\frac{3}{4}\) of inches and the width of the rectangle is \(\frac{5}{6}\) of inches. What is the area of that rectangle? |
| (A) |
\(\frac{1}{2}\) in\(^2\) |
| (B) |
\(\frac{5}{8}\) in\(^2\) |
| (C) |
\(\frac{20}{24}\) in\(^2\) |
| (D) |
\(\frac{5}{24}\) in\(^2\) |
| 21- |
What is the volume of this box?
 |
| (A) |
\(24\) CM\(^3\) |
| (B) |
\(32\) CM\(^3\) |
| (C) |
\(162\) CM\(^3\) |
| (D) |
\(192\) CM\(^3\) |
| 22- |
How many square feet of tile is needed for a \(18\) feet to \(18\) feet room? |
| (A) |
\(72\) Square Feet |
| (B) |
\(108\) Square Feet |
| (C) |
\(216\) Square Feet |
| (D) |
\(324\) Square Feet |
| 23- |
Of the \(2,400\) videos available for rent at a certain video store, \(600\) are comedies. What percent of the videos are comedies? |
| (A) |
\(18 \ \frac{1}{2} \%\) |
| (B) |
\(20\%\) |
| (C) |
\(22\%\) |
| (D) |
\(25\%\) |
| 24- |
How many \(3 \ × \ 3\) squares can fit inside a rectangle with a height of 54 and width of \(12\)? |
| (A) |
\(72\) |
| (B) |
\(62\) |
| (C) |
\(50\) |
| (D) |
\(44\) |
| 25- |
ABC Corporation earned only \($200,000\) during the previous year, two–third only of the management’s predicted income. How much earning did the management predict? |
| (A) |
\($20,000\) |
| (B) |
\($30,000\) |
| (C) |
\($300,000\) |
| (D) |
\($340,000\) |
| 26- |
William keeps track of the length of each fish that he catches. Following are the lengths in inches of the fish that he caught one day: \(13, 14, 9, 11, 9, 10, 18\)
What is the median fish length that William caught that day? |
| (A) |
\(11\) Inches |
| (B) |
\(9\) Inches |
| (C) |
\(12\) Inches |
| (D) |
\(13\) Inches |
| 27- |
\(9 \ + \ \left[ \ 8 \ × \ 5 \ \right] \ ÷ \ 2 =\) ? |
| (A) |
29 |
| (B) |
29 |
| (C) |
29.0 |
| 28- |
What is the median of these numbers? \(4, \ 9, \ 13, \ 8, \ 15, \ 18, \ 5\) |
| (A) |
\(8\) |
| (B) |
\(9\) |
| (C) |
\(13\) |
| (D) |
\(15\) |
| 29- |
The area of the base of the following cylinder is \(50\) square inches and its height is \(10\) inches. What is the volume of the cylinder?
 |
| (A) |
500 |
| (B) |
500 |
| (C) |
500.0 |
| 30- |
A rope \(13\) yards long is cut into \(4\) equal parts. Which expression does NOT equal to the length of each part? |
| (A) |
\(13 \ ÷ \ 4\) |
| (B) |
\(\frac{13}{4}\) |
| (C) |
\(4 \ ÷ \ 13\) |
| (D) |
\(\require{enclose} \) \( 4 \enclose {longdiv}{13} \) |
| 31- |
Calculate the area of the trapezoid in the following figure.
 |
| (A) |
\(4.5 \) ft\(^2\) |
| (B) |
\(6.5 \) ft\(^2\) |
| (C) |
\(13 \) ft\(^2\) |
| (D) |
\(26\) ft\(^2\) |
| 32- |
Camille uses a \(30\%\) off coupon when buying a sweater that costs \($50\). How much does she pay? |
| (A) |
\($35\) |
| (B) |
\($40\) |
| (C) |
\($42.50\) |
| (D) |
\($45\) |
| 33- |
A baker uses \(4\) eggs to bake a cake. How many cakes will he be able to bake with \(188\) eggs? |
| (A) |
\(46\) |
| (B) |
\(47\) |
| (C) |
\(48\) |
| (D) |
\(49\) |
| 34- |
Which of the following angles is obtuse? |
| (A) |
\(20\) Degrees |
| (B) |
\(40\) Degrees |
| (C) |
\(89\) Degrees |
| (D) |
\(110\) Degrees |
| 35- |
Which of the following fractions is the largest? |
| (A) |
\(\frac{5}{8}\) |
| (B) |
\(\frac{3}{7}\) |
| (C) |
\(\frac{8}{9}\) |
| (D) |
\(\frac{5}{11}\) |
| 36- |
The area of a rectangle is \(D\) square feet and its length is \(9\) feet. Which equation represents \(W\), the width of the rectangle in feet? |
| (A) |
\(W=\frac{D}{9}\) |
| (B) |
\(W=\frac{9}{D}\) |
| (C) |
\(W=9 \ D\) |
| (D) |
\(W=9 \ + \ D\) |
| 37- |
Which list shows the fractions in order from least to greatest?
\(\frac{2}{3}, \frac{5}{7}, \frac{3}{10}, \frac{1}{2}, \frac{6}{13}\) |
| (A) |
\(\frac{2}{3}, \frac{5}{7}, \frac{3}{10}, \frac{1}{2}, \frac{6}{13}\) |
| (B) |
\(\frac{6}{13}, \frac{1}{2}, \frac{2}{3}, \frac{5}{7}, \frac{3}{10}\) |
| (C) |
\(\frac{3}{10}, \frac{2}{3}, \frac{5}{7}, \frac{1}{2}, \frac{6}{13}\) |
| (D) |
\(\frac{3}{10}, \frac{6}{13}, \frac{1}{2}, \frac{2}{3}, \frac{5}{7}\) |
| 38- |
Which statement about \(5\) multiplied by \(\frac{2}{3}\) is true? |
| (A) |
The product is between \(2\) and \(3\) |
| (B) |
The product is between \(3\) and \(4\) |
| (C) |
The product is more than \(\frac{11}{3}\) |
| (D) |
The product is between \(\frac{14}{3}\) and \(5\) |
| 39- |
What is the volume of this box?
 |
| (A) |
\(30\) CM\(^3\) |
| (B) |
\(42\) CM\(^3\) |
| (C) |
\(35\) CM\(^3\) |
| (D) |
\(210\) CM\(^3\) |
| 40- |
A shirt costing \($200\) is discounted \(15\%\). Which of the following expressions can be used to find the selling price of the shirt? |
| (A) |
\((200) \ (0.70)\) |
| (B) |
\((200) \ – \ 200 \ (0.30)\) |
| (C) |
\((200) \ (0.15) \ – \ (200) \ (0.15)\) |
| (D) |
\((200) \ (0.85)\) |
