Quantitative reasoning · Grades 5–6
Number analogies practice
The same rule turns each first number into the second. Find the missing one. How these questions work →
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 3, then add 3 (11 → 36, 8 → 27). So 5 → 18.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 4, then add 5 (3 → 17, 1 → 9). So 2 → 13.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 4, then add 4 (9 → 40, 5 → 24). So 10 → 44.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 4, then take away 3 (1 → 1, 11 → 41). So 3 → 9.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 4, then take away 2 (9 → 34, 1 → 2). So 7 → 26.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 4, then add 1 (5 → 21, 1 → 5). So 2 → 9.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 3, then take away 4 (7 → 17, 3 → 5). So 9 → 23.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 3, then take away 4 (3 → 5, 7 → 17). So 12 → 32.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 3, then take away 4 (9 → 23, 10 → 26). So 2 → 2.
The same rule changes each first number into the second. Which number is missing?
The rule is: multiply by 2, then add 1 (12 → 25, 1 → 3). So 6 → 13.
Set complete
out of 10 correct
Every set is new, so the best practice is little and often: a set or two a day in the weeks before the test.
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