SSAT Lower LevelQuantitative Practice Test 3
30 questions Total time for this test: 30 Minutes You may NOT use a calculator for this test.
|
1- |
If \(\frac{1}{5}\) of a number is greater than \(6\), the number must be …..
|
(A) |
\(24\) |
(B) |
\(12\) |
(C) |
\(30\) |
(D) |
\(20\) |
(E) |
\(18\) |
2- |
In the following figure, the shaded squares are what fractional part of the whole set of squares?
|
(A) |
\(\frac{7}{11}\) |
(B) |
\(\frac{2}{11}\) |
(C) |
\(\frac{2}{7}\) |
(D) |
\(\frac{5}{11}\) |
(E) |
\(\frac{4}{5}\) |
3- |
If \(6 \ × \ (M \ + \ N)=24\) and \(M\) is greater than \(0\), then \(N\) could Not be ….. |
(A) |
\(6\) |
(B) |
\(4\) |
(C) |
\(10\) |
(D) |
\(7\) |
(E) |
\(5\) |
4- |
Which of the following is greater than \(\frac{6}{4}\)? |
(A) |
\(\frac{1}{2}\) |
(B) |
\(\frac{4}{5}\) |
(C) |
\(\frac{5}{3}\) |
(D) |
\(\frac{7}{3}\) |
(E) |
\(\frac{2}{5}\) |
5- |
Which of the following is closest to \(7.06\)? |
(A) |
\(5\) |
(B) |
\(4.5\) |
(C) |
\(7.5\) |
(D) |
\(6\) |
(E) |
\(7\) |
6- |
In the multiplication bellow, \(A\) represents which digit? \(12 \ × \ 6 \ A \ 2=7,344\) |
(A) |
\(1\) |
(B) |
\(5\) |
(C) |
\(8\) |
(D) |
\(4\) |
(E) |
\(3\) |
7- |
\(9.8 \ - \ 5.02\) is closest to which of the following. |
(A) |
\(11\) |
(B) |
\(15\) |
(C) |
\(4.05\) |
(D) |
\(7.32\) |
(E) |
\(4.78\) |
8- |
If \(N\) is an even number, which of the following is always an odd number? |
(A) |
\(\frac{N}{2}\) |
(B) |
\(N \ + \ 4\) |
(C) |
\(2 \ N \) |
(D) |
\(2 \times N \ + 2\) |
(E) |
\(N \ + 1\) |
9- |
Numbers x and y are shown above. How many times larger is the value of digit \(6\) in the number \(x\), than the value of digit \(6\) in the number \(y\)? \(x=3,267 \ \ y=465\)
|
(A) |
\(1\) |
(B) |
\(10\) |
(C) |
\(100\) |
(D) |
\(1000\) |
(E) |
\(10,000\) |
10- |
At a Zoo, the ratio of lions to tigers is \(9\) to \(6\). Which of the following could NOT be the total number of lions and tigers in the zoo? |
(A) |
\(35\) |
(B) |
\(78\) |
(C) |
\(55\) |
(D) |
\(65\) |
(E) |
\(70\) |
11- |
If \(24\) can be divided by both \(6\) and \(x\) without leaving a remainder, then \(24\) can also be divided by which of the following? |
(A) |
\(x \ +\ 6\) |
(B) |
\(2 \ x \ - \ 4\) |
(C) |
\(x \ +\ 1\) |
(D) |
\(2 \ x \ × \ 2 \ - \ 5\) |
(E) |
\(4 \ x \ - \ 7\) |
12- |
If \(4\) added to a number, the sum is \(15\). If the same number added to \(10\), the answer is: |
(A) |
\(35\) |
(B) |
\(22\) |
(C) |
\(14\) |
(D) |
\(40\) |
(E) |
\(21\) |
13- |
What is the Area of the square shown in the following square?
|
(A) |
\(4\) |
(B) |
\(7\) |
(C) |
\(4\) |
(D) |
\(9\) |
(E) |
\(10\) |
14- |
Use the equations below to answer the question: \(x \ - \ 10=12\) \(12 \ + \ y=27\) What is the value of \(x \ + \ y\) ? |
(A) |
\(12\) |
(B) |
\(17\) |
(C) |
\(8\) |
(D) |
\(18\) |
(E) |
\(11\) |
15- |
\(\frac{3 \ + \ 3 \ + \ 5 \ × \ 2 \ + \ 2}{4 \ + \ 2}=\)? |
(A) |
\(4\) |
(B) |
\(8\) |
(C) |
\(\frac{4}{5}\) |
(D) |
\(\frac{2}{7}\) |
(E) |
\(5\) |
16- |
Which of the following expressions has the same value as \(\frac{2}{3} \ × \ \frac{4}{2}\)? |
(A) |
\(\frac{3 \times \ 2}{5}\) |
(B) |
\(\frac{4 \times \ 2}{5}\) |
(C) |
\(\frac{2 \times \ 2}{5}\) |
(D) |
\(\frac{3 \times \ 6}{5}\) |
(E) |
\(\frac{2 \times \ 5}{5}\) |
17- |
If a triangle has a base of \(4\) cm and a height of \(7\) cm, what is the area of the triangle? |
(A) |
\(12\) cm\(^2\) |
(B) |
\(14\) cm\(^2\) |
(C) |
\(8\) cm\(^2\) |
(D) |
\(15\) cm\(^2\) |
(E) |
\(10\) cm\(^2\) |
18- |
When \(4\) is added to three times number \(N\), the result is \(25\). Then \(N\) is …. |
(A) |
\(3\) |
(B) |
\(5\) |
(C) |
\(7\) |
(D) |
\(4\) |
(E) |
\(15\) |
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|
19- |
What is the next number in this sequence? \( 3, \ 6, \ 10, \ 15, \ 21,\) … |
(A) |
\(28\) |
(B) |
\(26\) |
(C) |
\(30\) |
(D) |
\(29\) |
(E) |
\(35\) |
20- |
At noon, the temperature was \(12\) degrees. By midnight, it had dropped another \(22\) degrees. What was the temperature at midnight? |
(A) |
\(8\) degrees above zero |
(B) |
\(8\) degrees below zero |
(C) |
\(10\) degrees below zero |
(D) |
\(7\) degrees above zero |
(E) |
\(5\) degrees above zero |
21- |
Which formula would you use to find the area of a square? |
(A) |
length \(×\) width \(×\) height |
(B) |
\(\frac{1}{2}\) base \(\times\) heigth |
(C) |
length \(\times\) width |
(D) |
\(\frac{1}{2}\) (length \(\times\) width \(\times\) heigth) |
(E) |
side \(\times\) side |
22- |
If there are \(6\) red balls and \(10\) blue balls in a basket, what is the probability that Lucy will pick out a red ball from the basket? |
(A) |
\(\frac{3}{8}\) |
(B) |
\(\frac{3}{4}\) |
(C) |
\(\frac{4}{5}\) |
(D) |
\(\frac{2}{3}\) |
(E) |
\(\frac{6}{10}\) |
23- |
What is \(20\%\) of \(500\)? |
(A) |
\(60\) |
(B) |
\(25\) |
(C) |
\(300\) |
(D) |
\(25\) |
(E) |
\(50\) |
24- |
What is the average of the following numbers? \(3, \ 6, \ 17, \ 28, \ 45\) |
(A) |
\(19\) |
(B) |
\(22\) |
(C) |
\(19.8\) |
(D) |
\(19.5\) |
(E) |
\(24\) |
25- |
How many lines of symmetry does an equilateral triangle have? |
(A) |
\(4\) |
(B) |
\(1\) |
(C) |
\(5\) |
(D) |
\(3\) |
(E) |
\(2\) |
26- |
If all the sides in the following figure are of equal length and length of one side is \(5\), what is the perimeter of the figure?
|
(A) |
\(25\) |
(B) |
\(30\) |
(C) |
\(18\) |
(D) |
\(40\) |
(E) |
\(28\) |
27- |
If \(N=4\) and \(\frac{48}{N} \ + \ 5= \Box\), then \(\Box=\) ….. |
(A) |
\(24\) |
(B) |
\(8\) |
(C) |
\(17\) |
(D) |
\(10\) |
(E) |
\(22\) |
28- |
Which of the following statement is False? |
(A) |
\(3 \ × \ 2=10\) |
(B) |
\((5 \ + \ 2) \ × \ 2=14\) |
(C) |
\(9 \ ÷ \ (6 \ - \ 3)=3\) |
(D) |
\(4\ × \ (5 \ - \ 2)=12\) |
(E) |
\((8 \ + \ 4) \ × \ 10=120\) |
29- |
Four people can paint \(4\) houses in \(10\) days. How many people are needed to paint \(8\) houses in \(5\) days? |
(A) |
\(8\) |
(B) |
\(14\) |
(C) |
\(17\) |
(D) |
\(16\) |
(E) |
\(13\) |
30- |
\(\frac{6}{2} \ - \ \frac{5}{2}=\) ? |
(A) |
\(0.35\) |
(B) |
\(0.25\) |
(C) |
\(0.5\) |
(D) |
\(0.2\) |
(E) |
\(0.75\) |