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Stage 9 - Q1 - 2 marks
19597

Multiply and simplify.

\[2\frac{3}{4}\times1\frac{1}{3}\]
Hint

A factor in any numerator can cancel with a factor in any denominator.

Stage 9 - Q2 - 2 marks
19598

Multiply and simplify.

\[3\frac{3}{4}\times1\frac{1}{3}\]
Hint

A factor in any numerator can cancel with a factor in any denominator.

Stage 9 - Q3 - 2 marks
19599

Multiply and simplify.

\[4\frac{3}{4}\times2\frac{5}{6}\]
Hint

A factor in any numerator can cancel with a factor in any denominator.

Stage 9 - Q4 - 2 marks
19600

Multiply and simplify.

\[5\frac{3}{4}\times3\frac{1}{6}\]
Hint

A factor in any numerator can cancel with a factor in any denominator.

Stage 9 - Q5 - 4 marks
19601

Of 240 badges, two fifths are sold first. Then \(\frac{3}{8}\) of the remainder are sold. Find the number left.

Hint

After the first sale, only three fifths remain.

Stage 9 - Q6 - 4 marks
19602

A walker moves at \(4\frac{1}{2}\) km/h for 75 minutes. Find the distance.

Hint

The time unit must match the speed unit.

Stage 9 - Q7 - 3 marks
19603

Does multiplying \(2\frac{3}{4}\) by an improper fraction always make it strictly larger?

Hint

Distinguish “at least 1” from “greater than 1”.

Stage 9 - Q8 - 4 marks
19604

One third of a stock is sold, then one fifth of the remainder. \(80\) items remain. Find the original stock.

Hint

Work backwards from the fraction retained.

Stage 9 - Q9 - 4 marks
19605

From 168 cards, A takes two sevenths; B takes one third of the remainder. Who takes more, and by how many?

Hint

B’s fraction is not one third of the original.

Stage 9 - Q10 - 5 marks
19606

Challenge: A takes an unknown fraction \(p\) of 72 tokens. B takes \(\frac1{5}\) of what remains. They take equal numbers. Find p, each person’s amount and the number left.

Hint

Express both portions as fractions of the original stock.

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