P6 Math : Buying 2 different items in Different Quantity and Different Value with known Ratio

This question type is similar to the one practiced here.

2 different items are sold in bags of different quantities and not sold individually.
Each bag of items have different value.
A ratio of the number of items bought is given and the difference between the total values of the 2 items are also known.

Such questions require the knowledge of "set method" and "common multiples" and "ratio".

As these questions appear in Paper 2 of P6 exam papers,
calculator usage is allowed.

Carnations and roses are sold in bunches at a market stall.
A bunch of 12 roses are sold at $27.
A bunch of 9 carnations are sold at $23.
The number of roses that Alexis bought to the number of carnations
that Belle bought was in the ratio of 2:3.
Belle paid $76 more for her carnations than Alexis for her roses.

a) How much did Alexis pay for her roses?
b) How many bunches of carnations did Belle buy?


Did you know?
Freshly cut carnation flowers last longer than roses


If the above question is easy, try to do the more challenging question below.

The question below will randomize with different numbers every hour. 
Copy below question down before making attempt.


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P6 Math: Fraction of Remaining with Before and After

Many P6 Math Paper 2 questions in Mid Year and Prelim exams makes use of 2 concepts learnt in P5.

Concepts such as "Fraction of Remaining" and "Before and After" and other ratio concepts are often combined to produce a question like the one below.

Such questions will appear in Paper 2.
Calculator usage is allowed.

In a farm, 2/5 of the animals were chickens.
9/10 of the remaining animals were pigs and the rest were ducks.
There were 112 more pigs than chickens at first.
After the farmer sold some of the chickens,
4/5 of all the animals left were pigs and ducks.

How many chickens were sold?

Animal Farm by George Orwell
All young adults should read this at least once


If the above question is easy, try to do the more challenging question below.

The question below will randomize with different numbers every hour. 
Copy below question down before making attempt.


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