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Test: Alligation & Mixture- 2 - CAT MCQ


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10 Questions MCQ Test Quantitative Aptitude (Quant) - Test: Alligation & Mixture- 2

Test: Alligation & Mixture- 2 for CAT 2024 is part of Quantitative Aptitude (Quant) preparation. The Test: Alligation & Mixture- 2 questions and answers have been prepared according to the CAT exam syllabus.The Test: Alligation & Mixture- 2 MCQs are made for CAT 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Alligation & Mixture- 2 below.
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Test: Alligation & Mixture- 2 - Question 1

In what ratio must tea worth Rs. 60 per kg be mixed with tea worth Rs. 65 a Kg such that by selling the mixture at Rs. 68.20 a Kg ,there can be a gain 10%?
 

Detailed Solution for Test: Alligation & Mixture- 2 - Question 1

The buying price is :
100/110 × 68.20 = 62
Let the amount of tea worth rs 60 be x and the amount of tea worth rs 65 be y
The total amount is : x + y
60x + 65y = 62(x + y)
60x + 65y = 62x + 62y
65y - 62y = 62x - 60x
3y = 2x
3/2 = x / y
3 : 2

Test: Alligation & Mixture- 2 - Question 2

A container contains a mixture of two liquids P and Q in the ratio 7 : 5. When 9 litres of mixture are drawn off and the container is filled with Q, the ratio of P and Q becomes 7 : 9. How many litres of liquid P was contained in the container initially?
 

Detailed Solution for Test: Alligation & Mixture- 2 - Question 2

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Test: Alligation & Mixture- 2 - Question 3

A vessel is filled with liquid, 3 parts of which are water and 5 parts of syrup. How much of the mixture must be drawn off and replaced with water so that the mixture may be half water and half syrup? 

Detailed Solution for Test: Alligation & Mixture- 2 - Question 3

Let initially vessel have 8 l of liquid and x lof this liquid be replaced with water then quantity of water in new

Test: Alligation & Mixture- 2 - Question 4

A merchant has 1000 kg of sugar part of which he sells at 8% profit and the rest at 18% profit. He gains 14% on the whole. The Quantity sold at 18% profit is
 

Detailed Solution for Test: Alligation & Mixture- 2 - Question 4

Let the sugar sold at 8% gain = x
Therefore, Sugar sold at 18% gain = (1000 - x)
Let CP of sugar = Rs.y per kg
Total CP = Rs.100y
Therefore,
(108/100 * xy) + 118/100(1000-x)y
114/100*1000y
= 108xy + 118000y - 118xy = 114000y
10x = 4000
x = 400
Quantity sold at 18% profit
= 1000 - 400 = 600 kg

Test: Alligation & Mixture- 2 - Question 5

A dishonest milkman sells his milk at cost price but he mixes it with water and thereby gains 25%. What is the percentage of water in the mixture?
 

Detailed Solution for Test: Alligation & Mixture- 2 - Question 5

Let C.P. of 1 litre milk be Re. 1
Then, S.P. of 1 litre of mixture = Re. 1, Gain = 25%.
C.P. of 1 litre mixture = Re.(100/125 * 1) = 4/5
By the rule of alligation, we have

Ratio of milk to water = 4/5 : 1/5
=> 4:5
Hence, percentage of water in the mixture = 1/5 x 100%    
= 20%

Test: Alligation & Mixture- 2 - Question 6

In what ratio must water be mixed with milk to gain 16 2/3 % on selling the mixture at cost price?

Detailed Solution for Test: Alligation & Mixture- 2 - Question 6

Let C.P. of 1 litre milk be Rs. 1
S.P. of 1 litre of mixture = Rs. 1, Gain = 
∴ C.P. of 1 litre of mixture = 
BY the rule of alligation, we have:

∴ Ration of water and milk = 

Test: Alligation & Mixture- 2 - Question 7

In what ratio must a grocer mix two varieties of pulses costing Rs.15 and Rs. 20 per kg respectively to obtain a mixture worth Rs.16.50 per Kg?

Detailed Solution for Test: Alligation & Mixture- 2 - Question 7

Test: Alligation & Mixture- 2 - Question 8

Bottle 1 contains a mixture of milk and water in 7: 2 ratio and Bottle 2 contains a mixture of milk and water in 9: 4 ratio. In what ratio of volumes should the liquids in Bottle 1 and Bottle 2 be combined to obtain a mixture of milk and water in 3:1 ratio?

Detailed Solution for Test: Alligation & Mixture- 2 - Question 8

The ratio of milk and water in Bottle 1 is 7:2 and the ratio of milk and water in Bottle 2 is 9:4
Therefore, the proportion of milk in Bottle 1 is 7/9 and the proportion of milk in Bottle 2 is 9/13
Let the ratio in which they should be mixed be equal to X:1.
Hence, the total volume of milk is 7x/9 + 9/13
The total volume of water is 2X/9 = 4/13
They are in the ratio 3:1
Hence,
Therefore, 91X + 81 = 78X + 108
Therefore X = 27/13

Test: Alligation & Mixture- 2 - Question 9

Consider three mixtures — the first having water and liquid A in the ratio 1:2, the second having water and liquid B in the ratio 1:3, and the third having water and liquid C in the ratio 1:4. These three mixtures of A, B, and C, respectively, are further mixed in the proportion 4: 3: 2. Then the resulting mixture has

Detailed Solution for Test: Alligation & Mixture- 2 - Question 9

The proportion of water in the first mixture is 1/3
The proportion of Liquid A in the first mixture is 2/3
The proportion of water in the second mixture is 1/4
The proportion of Liquid B in the second mixture is 3/4
The proportion of water in the third mixture is 1/5
The proportion of Liquid C in the third mixture is 4/5
As they are mixed in the ratio 4:3:2, the final amount of water is

The final amount of Liquid A in the mixture is 4 x 2/3 = 8/3
The final amount of Liquid B in the mixture is 3 x 3/4 = 9/4
The final amount of Liquid C in the mixture is 2 x 4/5 = 8/5
Hence, the ratio of Water : A : B : C in the final mixture is

From the given choices, only option C  is correct.

Test: Alligation & Mixture- 2 - Question 10

Two types of tea, A and B, are mixed and then sold at Rs. 40 per kg. The profit is 10% if A and B are mixed in the ratio 3 : 2, and 5% if this ratio is 2 : 3. The cost prices, per kg, of A and B are in the ratio

Detailed Solution for Test: Alligation & Mixture- 2 - Question 10

The selling price of the mixture is Rs.40/kg.
Let a be the price of 1 kg of tea A in the mixture and b be the price per kg of tea B.
It has been given that the profit is 10% if the 2 varieties are mixed in the ratio 3:2
Let the cost price of the mixture be x.
It has been given that 1.1x = 40
x = 40/1.1
Price per kg of the mixture in ratio 3:2 = 

3.3a + 2.2b = 200 --- (1)
The profit is 5% if the 2 varieties are mixed in the ratio 2:3.
Price per kg of the mixture in ratio 2:3 = 

2.1a+ 3.15b = 200 -- (2)
Equating (1) and (2), we get,
3.3a+2.2b = 2.1a + 3.15b
1.2a = 0.95b

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