SSAT : Quantitative Section

Following each problem in this section, there are five suggested answers. Work each problem in your head or in the blank space provided at the right of the page. Then look at the five suggested answers and decide which one is best.

Note: Figures that accompany problems in this section are drawn as accurately as possible EXCEPT when it is stated in a specific problem that its figure is not drawn to scale. 

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[question text="Let $x$ be an integer such that 41 < $x$ < 60. What is the probability that x is divisible by 3 but NOT divisible by 2? " answers="*$\frac16$#$\frac15$#$\frac14$#$\frac13$#$\frac12$ "]

[question text="All of the following products are equal EXCEPT " answers="$1\times\frac13$#$2\times\frac16$#$3\times\frac19$#$4\times\frac1{12}$#*$5\times\frac1{45}$ "]

[question text="If $x + y$ is divisible by 7, which of the following is also divisible by 7? " answers="$xy + 7$#$x + 7y$#$7x + y$#*$2x + 2y$#$\frac{x-y}7$ "]

[question text="How many integers between 12 and 36 are multiples of 3? " answers="9#8#*7#6#5 "]

[question text="What is the greatest common factor of 64 and 80? " answers="4#6#8#*16#20 "]

[question text="What is the least common multiple of 5, 6, and 7? " answers="*210#105#42#35#30 "]

[question text="A number that is a multiple of both 2 and 3 must have which of the following as one of its factors? " answers="4#*6#7#8#12 "]

[question text="Let $x$ be an integer such that 21 < $x$ < 43. What is the probability that $x$ is divisible by BOTH 2 and 3? " answers="$\frac37$#$\frac{8}{21}$#*$\frac{4}{21}$#$\frac13$#$\frac16$ "]

[question text="To simplify the expression $\frac12+\frac34+\frac47$, each fraction must have a denominator of " answers="2#4#7#14#*28 "]

[question text="If $x + y$  is a multiple of 11, which of the following must also be a multiple of 11? " answers="*$11x + 11y$#$xy + 11$#$11x + y$#$x + 11y$#$\frac{x+y}{11}$ "]

[end-test]